diff --git a/app/assets/javascripts/d3/sankey.coffee b/app/assets/javascripts/d3/sankey.coffee index 1ab6a47c7..184a298c4 100644 --- a/app/assets/javascripts/d3/sankey.coffee +++ b/app/assets/javascripts/d3/sankey.coffee @@ -90,6 +90,116 @@ D3.sankey = {left: 'network', right: 'export12', gquery: 'network_to_export12_in_sankey', color: '#1f77b4'}, {left: 'network', right: 'loss', gquery: 'network_to_loss_in_sankey', color: '#DCDCDC'} ] + sankey_heat_networks: + data: + nodes: [ + {id: 'coal_and_derivatives', column: 0, label: 'coal_and_derivatives', color: '#252525'}, + {id: 'natural_gas_and_derivatives', column: 0, label: 'natural_gas', color: '#7f7f7f'}, + {id: 'crude_oil_and_derivatives', column: 0, label: 'crude_oil_and_derivatives', color: '#8c564b'}, + {id: 'electricity', column: 0, label: 'electricity', color: '#1f77b4'}, + {id: 'hydrogen', column: 0, label: 'hydrogen', color: '#87cfeb'}, + {id: 'ammonia', column: 0, label: 'ammonia', color: '#00dba1'}, + {id: 'biomass_products', column: 0, label: 'biomass_products', color: '#2ca02c'}, + {id: 'non_biogenic_waste', column: 0, label: 'non_biogenic_waste', color: '#BA7D40'}, + {id: 'solar_thermal', column: 0, label: 'solar_thermal', color: '#ffcc00'}, + {id: 'geothermal', column: 0, label: 'geothermal', color: '#FF8400'}, + {id: 'ambient_heat', column: 0, label: 'ambient_heat', color: '#ADDE4C'}, + {id: 'imported_heat', column: 0, label: 'imported_heat', color: '#e61919'}, + {id: 'residual_heat', column: 0, label: 'residual_heat', color: '#00008B'}, + {id: 'ht_network', column: 1, label: 'ht_network', color: '#785EF0'}, + {id: 'mt_network', column: 1, label: 'mt_network', color: '#DC267F'}, + {id: 'lt_network', column: 1, label: 'lt_network', color: '#FFB000'}, + {id: 'agriculture', column: 2, label: 'agriculture', color: '#FFD700'}, + {id: 'buildings', column: 2, label: 'buildings', color: '#ADD8E6'}, + {id: 'bunkers', column: 2, label: 'bunkers', color: '#8B4513'}, + {id: 'energy', column: 2, label: 'energy', color: '#416B86'}, + {id: 'households', column: 2, label: 'households', color: '#4169E1'}, + {id: 'industry', column: 2, label: 'industry', color: '#A9A9A9'}, + {id: 'other', column: 2, label: 'other', color: '#E07033'}, + {id: 'transport', column: 2, label: 'transport', color: '#8B0000'}, + {id: 'distribution_losses', column: 2, label: 'distribution_losses', color: '#DCDCDC'}, + {id: 'storage_losses', column: 2, label: 'storage_losses', color: '#DCDCDC'}, + {id: 'unused_heat', column: 2, label: 'unused_heat', color: '#c70000'} + ] + links: [ + {left: 'coal_and_derivatives', right: 'ht_network', gquery: 'coal_and_derivatives_to_ht_network_in_sankey_heat_networks', color: '#252525'}, + {left: 'natural_gas_and_derivatives', right: 'ht_network', gquery: 'natural_gas_and_derivatives_to_ht_network_in_sankey_heat_networks', color: '#7f7f7f'}, + {left: 'crude_oil_and_derivatives', right: 'ht_network', gquery: 'crude_oil_and_derivatives_to_ht_network_in_sankey_heat_networks', color: '#8c564b'}, + {left: 'electricity', right: 'ht_network', gquery: 'electricity_to_ht_network_in_sankey_heat_networks', color: '#1f77b4'}, + {left: 'hydrogen', right: 'ht_network', gquery: 'hydrogen_to_ht_network_in_sankey_heat_networks', color: '#87cfeb'}, + {left: 'ammonia', right: 'ht_network', gquery: 'ammonia_to_ht_network_in_sankey_heat_networks', color: '#00dba1'}, + {left: 'biomass_products', right: 'ht_network', gquery: 'biomass_products_to_ht_network_in_sankey_heat_networks', color: '#2ca02c'}, + {left: 'non_biogenic_waste', right: 'ht_network', gquery: 'non_biogenic_waste_to_ht_network_in_sankey_heat_networks', color: '#BA7D40'}, + {left: 'solar_thermal', right: 'ht_network', gquery: 'solar_thermal_to_ht_network_in_sankey_heat_networks', color: '#ffcc00'}, + {left: 'geothermal', right: 'ht_network', gquery: 'geothermal_to_ht_network_in_sankey_heat_networks', color: '#FF8400'}, + {left: 'ambient_heat', right: 'ht_network', gquery: 'ambient_heat_to_ht_network_in_sankey_heat_networks', color: '#ADDE4C'}, + {left: 'imported_heat', right: 'ht_network', gquery: 'imported_heat_to_ht_network_in_sankey_heat_networks', color: '#e61919'}, + {left: 'residual_heat', right: 'ht_network', gquery: 'residual_heat_to_ht_network_in_sankey_heat_networks', color: '#00008B'}, + + {left: 'coal_and_derivatives', right: 'mt_network', gquery: 'coal_and_derivatives_to_mt_network_in_sankey_heat_networks', color: '#252525'}, + {left: 'natural_gas_and_derivatives', right: 'mt_network', gquery: 'natural_gas_and_derivatives_to_mt_network_in_sankey_heat_networks', color: '#7f7f7f'}, + {left: 'crude_oil_and_derivatives', right: 'mt_network', gquery: 'crude_oil_and_derivatives_to_mt_network_in_sankey_heat_networks', color: '#8c564b'}, + {left: 'electricity', right: 'mt_network', gquery: 'electricity_to_mt_network_in_sankey_heat_networks', color: '#1f77b4'}, + {left: 'hydrogen', right: 'mt_network', gquery: 'hydrogen_to_mt_network_in_sankey_heat_networks', color: '#87cfeb'}, + {left: 'ammonia', right: 'mt_network', gquery: 'ammonia_to_mt_network_in_sankey_heat_networks', color: '#00dba1'}, + {left: 'biomass_products', right: 'mt_network', gquery: 'biomass_products_to_mt_network_in_sankey_heat_networks', color: '#2ca02c'}, + {left: 'non_biogenic_waste', right: 'mt_network', gquery: 'non_biogenic_waste_to_mt_network_in_sankey_heat_networks', color: '#BA7D40'}, + {left: 'solar_thermal', right: 'mt_network', gquery: 'solar_thermal_to_mt_network_in_sankey_heat_networks', color: '#ffcc00'}, + {left: 'geothermal', right: 'mt_network', gquery: 'geothermal_to_mt_network_in_sankey_heat_networks', color: '#FF8400'}, + {left: 'ambient_heat', right: 'mt_network', gquery: 'ambient_heat_to_mt_network_in_sankey_heat_networks', color: '#ADDE4C'}, + {left: 'imported_heat', right: 'mt_network', gquery: 'imported_heat_to_mt_network_in_sankey_heat_networks', color: '#e61919'}, + {left: 'residual_heat', right: 'mt_network', gquery: 'residual_heat_to_mt_network_in_sankey_heat_networks', color: '#00008B'}, + + {left: 'coal_and_derivatives', right: 'lt_network', gquery: 'coal_and_derivatives_to_lt_network_in_sankey_heat_networks', color: '#252525'}, + {left: 'natural_gas_and_derivatives', right: 'lt_network', gquery: 'natural_gas_and_derivatives_to_lt_network_in_sankey_heat_networks', color: '#7f7f7f'}, + {left: 'crude_oil_and_derivatives', right: 'lt_network', gquery: 'crude_oil_and_derivatives_to_lt_network_in_sankey_heat_networks', color: '#8c564b'}, + {left: 'electricity', right: 'lt_network', gquery: 'electricity_to_lt_network_in_sankey_heat_networks', color: '#1f77b4'}, + {left: 'hydrogen', right: 'lt_network', gquery: 'hydrogen_to_lt_network_in_sankey_heat_networks', color: '#87cfeb'}, + {left: 'ammonia', right: 'lt_network', gquery: 'ammonia_to_lt_network_in_sankey_heat_networks', color: '#00dba1'}, + {left: 'biomass_products', right: 'lt_network', gquery: 'biomass_products_to_lt_network_in_sankey_heat_networks', color: '#2ca02c'}, + {left: 'non_biogenic_waste', right: 'lt_network', gquery: 'non_biogenic_waste_to_lt_network_in_sankey_heat_networks', color: '#BA7D40'}, + {left: 'solar_thermal', right: 'lt_network', gquery: 'solar_thermal_to_lt_network_in_sankey_heat_networks', color: '#ffcc00'}, + {left: 'geothermal', right: 'lt_network', gquery: 'geothermal_to_lt_network_in_sankey_heat_networks', color: '#FF8400'}, + {left: 'ambient_heat', right: 'lt_network', gquery: 'ambient_heat_to_lt_network_in_sankey_heat_networks', color: '#ADDE4C'}, + {left: 'imported_heat', right: 'lt_network', gquery: 'imported_heat_to_lt_network_in_sankey_heat_networks', color: '#e61919'}, + {left: 'residual_heat', right: 'lt_network', gquery: 'residual_heat_to_lt_network_in_sankey_heat_networks', color: '#00008B'}, + + {left: 'ht_network', right: 'agriculture', gquery: 'ht_network_to_final_demand_agriculture_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'buildings', gquery: 'ht_network_to_final_demand_buildings_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'bunkers', gquery: 'ht_network_to_final_demand_bunkers_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'energy', gquery: 'ht_network_to_final_demand_energy_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'households', gquery: 'ht_network_to_final_demand_households_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'industry', gquery: 'ht_network_to_final_demand_industry_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'other', gquery: 'ht_network_to_final_demand_other_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'transport', gquery: 'ht_network_to_final_demand_transport_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'distribution_losses', gquery: 'ht_network_to_distribution_losses_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'storage_losses', gquery: 'ht_network_to_storage_losses_in_sankey_heat_networks', color: '#785EF0'}, + {left: 'ht_network', right: 'unused_heat', gquery: 'ht_network_to_unused_heat_in_sankey_heat_networks', color: '#785EF0'}, + + {left: 'mt_network', right: 'agriculture', gquery: 'mt_network_to_final_demand_agriculture_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'buildings', gquery: 'mt_network_to_final_demand_buildings_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'bunkers', gquery: 'mt_network_to_final_demand_bunkers_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'energy', gquery: 'mt_network_to_final_demand_energy_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'households', gquery: 'mt_network_to_final_demand_households_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'industry', gquery: 'mt_network_to_final_demand_industry_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'other', gquery: 'mt_network_to_final_demand_other_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'transport', gquery: 'mt_network_to_final_demand_transport_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'distribution_losses', gquery: 'mt_network_to_distribution_losses_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'storage_losses', gquery: 'mt_network_to_storage_losses_in_sankey_heat_networks', color: '#DC267F'}, + {left: 'mt_network', right: 'unused_heat', gquery: 'mt_network_to_unused_heat_in_sankey_heat_networks', color: '#DC267F'}, + + {left: 'lt_network', right: 'agriculture', gquery: 'lt_network_to_final_demand_agriculture_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'buildings', gquery: 'lt_network_to_final_demand_buildings_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'bunkers', gquery: 'lt_network_to_final_demand_bunkers_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'energy', gquery: 'lt_network_to_final_demand_energy_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'households', gquery: 'lt_network_to_final_demand_households_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'industry', gquery: 'lt_network_to_final_demand_industry_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'other', gquery: 'lt_network_to_final_demand_other_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'transport', gquery: 'lt_network_to_final_demand_transport_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'distribution_losses', gquery: 'lt_network_to_distribution_losses_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'storage_losses', gquery: 'lt_network_to_storage_losses_in_sankey_heat_networks', color: '#FFB000'}, + {left: 'lt_network', right: 'unused_heat', gquery: 'lt_network_to_unused_heat_in_sankey_heat_networks', color: '#FFB000'} + ] biomass_sankey: data: nodes: [ @@ -628,7 +738,7 @@ D3.sankey = return @__horizontal_spacing if @__horizontal_spacing? cols = @view.number_of_columns() # this should leave enough room for the node labels - @__horizontal_spacing = (@view.width - (25 * cols)) / (cols - 1) + @__horizontal_spacing = (@view.width - (7 * cols)) / (cols - 1) @__horizontal_spacing # vertical position of the top left corner of the node. Adds some margin @@ -643,11 +753,32 @@ D3.sankey = offset += n.value() + (if n.should_show() then margin else 0) offset - x_offset: => @get('column') * (@width + @horizontal_spacing()) + x_offset: => + return @get('column') * (@width + @horizontal_spacing()) if !@is_last_column() + + # If it's the last column we right align + @view.width + + x_offset_label: => + return @x_offset() if !@is_last_column() + + # If it's the last column we right align + @view.width - 10 - @width # center point of the node. We use it as link anchor point x_center: => @x_offset() + @width / 2 + is_last_column: => + return @__is_last_column if @__is_last_column? + @__is_last_column = (@get('column') + 1) == @view.number_of_columns() + @__is_last_column + + label_classes: => + return "label" if !@is_last_column() + + # If it's the last column we right align + "label last-label" + # The height of the node is the sum of the height of its link. Since links # are both inbound and outbound, let's use the max size. Ideally the values # should match @@ -853,8 +984,8 @@ D3.sankey = .attr("height", (d) => @y d.value()) nodes.append("svg:text") - .attr("class", "label") - .attr("x", (d) => d.x_offset()) + .attr("class", (d) => d.label_classes()) + .attr("x", (d) => d.x_offset_label()) .attr("dx", 10) .attr("dy", 3) .attr("y", (d) => @y(d.y_offset() + d.value() / 2) ) diff --git a/app/assets/javascripts/lib/app.coffee b/app/assets/javascripts/lib/app.coffee index cbde85d92..bd5c2887c 100644 --- a/app/assets/javascripts/lib/app.coffee +++ b/app/assets/javascripts/lib/app.coffee @@ -63,13 +63,20 @@ class @AppView extends Backbone.View # Create heat network order. if (heat_order = wrapper.find('#heat-network-options')).length - new UserSortable(heat_order, 'heat_network_order', { capacity: true }).render() + @heat_order = new UserSortable( + heat_order, + 'heat_network_order', + { subtype: heat_order.data('subtype') }, + { capacity: true } + ) + @heat_order.render() # Create forecast storage order. if (forecast_storage_order = wrapper.find('#forecast-storage-order')).length new UserSortable( forecast_storage_order, 'forecast_storage_order', + {}, { capacity: true, sortable: true } ).render() @@ -240,6 +247,8 @@ class @AppView extends Backbone.View input_params = @input_elements.api_update_params() @input_elements.reset_dirty() @call_api(input_params) + if (@heat_order) + @heat_order.render() showLoading: -> # D3 charts shouldn't be blocked, only jqPlot ones diff --git a/app/assets/javascripts/lib/util/user_sortable.js b/app/assets/javascripts/lib/util/user_sortable.js index 44a9b90ce..c8319da06 100644 --- a/app/assets/javascripts/lib/util/user_sortable.js +++ b/app/assets/javascripts/lib/util/user_sortable.js @@ -146,11 +146,12 @@ * Handles setting up the user-sortable order and triggers fetching and * receiving the order from ETEngine. */ - var UserSortable = function (element, resourcePath, fetchOptions) { + var UserSortable = function (element, resourcePath, resourceOptions, fetchOptions) { this.element = $(element); this.lastGood = null; this.i18nKey = this.resourcePath = resourcePath; this.url = App.scenario.url_path() + '/' + resourcePath; + this.resourceOptions = resourceOptions || {}; this.fetchOptions = fetchOptions || {}; }; @@ -165,6 +166,7 @@ var xhr = $.ajax({ url: this.url, + data: this.resourceOptions, headers: App.accessToken.headers(), type: 'GET', }); @@ -186,6 +188,8 @@ return !extraData.isLocked[item]; }); + sortableEl.empty(); + renderOptions(sortableEl, sortableOrder, extraData.capacity, self.i18nKey); // Any locked items are shown below the list. @@ -220,7 +224,7 @@ var self = this; var options = sortable.toArray(); - var data = {}; + var data = this.resourceOptions; data[this.resourcePath] = { order: options }; var xhr = $.ajax({ diff --git a/app/assets/javascripts/lib/views/plant_profitability_table_view.coffee b/app/assets/javascripts/lib/views/plant_profitability_table_view.coffee index f0a85af89..0b05501d5 100644 --- a/app/assets/javascripts/lib/views/plant_profitability_table_view.coffee +++ b/app/assets/javascripts/lib/views/plant_profitability_table_view.coffee @@ -51,13 +51,17 @@ class @PlantProfitabilityTableView extends HtmlTableChartView series_labels: agriculture_chp_engine_network_gas_dispatchable: 'agriculture_chp_gas_dispatchable' agriculture_chp_wood_pellets: 'agriculture_chp_wood_pellets' - energy_chp_combined_cycle_network_gas: 'central_gas_chp' - energy_chp_ultra_supercritical_coal: 'coal_chp' - energy_chp_ultra_supercritical_cofiring_coal: 'coal_chp_cofiring' + energy_chp_combined_cycle_ht_network_gas: 'gas_chp_ccgt_ht' + energy_chp_combined_cycle_mt_network_gas: 'gas_chp_ccgt_mt' + energy_chp_ultra_supercritical_ht_coal: 'coal_chp_pwd_ht' + energy_chp_ultra_supercritical_mt_coal: 'coal_chp_pwd_mt' + energy_chp_ultra_supercritical_cofiring_ht_coal: 'coal_chp_pwd_cofiring_ht' + energy_chp_ultra_supercritical_cofiring_mt_coal: 'coal_chp_pwd_cofiring_mt' energy_power_supercritical_coal: 'coal_conv' energy_power_combined_cycle_coal: 'coal_igcc' energy_power_combined_cycle_ccs_coal: 'coal_igcc_ccs' - energy_chp_ultra_supercritical_lignite: 'lignite_chp' + energy_chp_ultra_supercritical_ht_lignite: 'lignite_chp_ht' + energy_chp_ultra_supercritical_mt_lignite: 'lignite_chp_mt' energy_power_ultra_supercritical_coal: 'coal_pwd' energy_power_ultra_supercritical_cofiring_coal: 'coal_pwd_cofiring' energy_power_ultra_supercritical_ccs_coal: 'coal_pwd_ccs' @@ -71,8 +75,10 @@ class @PlantProfitabilityTableView extends HtmlTableChartView energy_power_ultra_supercritical_oxyfuel_ccs_lignite: 'lignite_oxy' energy_power_supercritical_waste_mix: 'energy_power_supercritical_waste_mix' energy_power_supercritical_ccs_waste_mix: 'energy_power_supercritical_ccs_waste_mix' - energy_chp_supercritical_waste_mix: 'energy_chp_supercritical_waste_mix' - energy_chp_supercritical_ccs_waste_mix: 'energy_chp_supercritical_ccs_waste_mix' + energy_chp_supercritical_ht_waste_mix: 'waste_chp_ht' + energy_chp_supercritical_mt_waste_mix: 'waste_chp_mt' + energy_chp_supercritical_ccs_ht_waste_mix: 'waste_chp_ccs_ht' + energy_chp_supercritical_ccs_mt_waste_mix: 'waste_chp_ccs_mt' industry_chp_combined_cycle_gas_power_fuelmix: 'industry_chp_gas_ccgt' industry_chp_turbine_gas_power_fuelmix: 'industry_chp_gas_turbine' industry_chp_engine_gas_power_fuelmix: 'industry_chp_gas_engine' @@ -84,8 +90,10 @@ class @PlantProfitabilityTableView extends HtmlTableChartView energy_power_ultra_supercritical_crude_oil: 'oil_plant' energy_power_combined_cycle_hydrogen: 'hydrogen_ccgt' energy_power_turbine_hydrogen: 'hydrogen_turbine' - energy_chp_local_wood_pellets: 'local_chp_wood' - energy_chp_local_engine_network_gas: 'local_chp_gas' + energy_chp_local_ht_wood_pellets: 'wood_pellets_chp_ht' + energy_chp_local_mt_wood_pellets: 'wood_pellets_chp_mt' + energy_chp_local_engine_ht_network_gas: 'gas_chp_engine_ht' + energy_chp_local_engine_mt_network_gas: 'gas_chp_engine_mt' energy_power_hydro_mountain: 'hydro_mountain' industry_chp_turbine_hydrogen: 'industry_chp_hydrogen_turbine' diff --git a/app/assets/stylesheets/_chart.sass b/app/assets/stylesheets/_chart.sass index 3f2efd66c..663d87a10 100644 --- a/app/assets/stylesheets/_chart.sass +++ b/app/assets/stylesheets/_chart.sass @@ -125,6 +125,7 @@ $chart-header-icon-color: #333 .charts_container position: relative + margin-top: 5px .chart_canvas // zoomed charts and dashboard popups redefine the height min-height: 330px @@ -411,8 +412,9 @@ div.d3_container shape-rendering: crispEdges fill-opacity: .75 text.label - text-shadow: 0 0 2px #fff, 0 0 3px #fff, 0 0 4px #fff, 0 0 5px #fff - font-size: 11px + font-size: 0.75rem + &.last-label + text-anchor: end &.mekko rect.carrier stroke: #333 diff --git a/app/assets/stylesheets/_root.sass b/app/assets/stylesheets/_root.sass index e38217a5a..f900927c8 100644 --- a/app/assets/stylesheets/_root.sass +++ b/app/assets/stylesheets/_root.sass @@ -175,6 +175,8 @@ body#root @include flag($region: "sk_slovakia") &.UK_united_kingdom @include flag($region: "uk_united_kingdom") + &.UK_united_kingdom + @include flag($region: "sg_singapore") // &.UKNI01_northern_ireland span.root-button diff --git a/app/views/content/whats_new.en.html.md b/app/views/content/whats_new.en.html.md index a019aae47..6c20a1260 100644 --- a/app/views/content/whats_new.en.html.md +++ b/app/views/content/whats_new.en.html.md @@ -92,7 +92,7 @@ Currently, ships for inland waterway transport are often fitted with conventiona -> ![](/assets/pages/whats_new/bio_ethanol_inland_shipping_en.png) <- ## Hydrogen use in the industrial heating network -Two new technologies have been added that can supply steam to the industrial heat network. You can now install capacity for a hydrogen turbine CHP, which produces both steam and electricity, and for a hydrogen heater, which only produces steam. Go to *Demand → Industry* → **[Heat network sources](/scenario/demand/industry/heat-network-sources)** to check it out. +Two new technologies have been added that can supply steam to the industrial heat network. You can now install capacity for a hydrogen turbine CHP, which produces both steam and electricity, and for a hydrogen heater, which only produces steam. Go to *Demand → Industry* → **[Steam network sources](/scenario/demand/industry/steam-network-sources)** to check it out. ___ # November 2022 diff --git a/app/views/content/whats_new.nl.html.md b/app/views/content/whats_new.nl.html.md index 73aee9959..7211d4372 100644 --- a/app/views/content/whats_new.nl.html.md +++ b/app/views/content/whats_new.nl.html.md @@ -93,7 +93,7 @@ Vervolgens kun je bio-ethanol toevoegen door de brandstofmix aan te passen in *A -> ![](/assets/pages/whats_new/bio_ethanol_inland_shipping_nl.png) <- ## Waterstofgebruik in het industriële warmtenet -Er zijn twee nieuwe technologieën toegevoegd die stoom kunnen leveren aan het industriële warmtenet. Je kunt nu vermogen installeren voor een waterstofturbine-WKK, die zowel stoom als elektriciteit produceert, en voor een waterstofketel, die alleen stoom produceert. Ga hiervoor naar *Vraag → Industrie* → **[Bronnen warmtenet](/scenario/demand/industry/heat-network-sources)**. +Er zijn twee nieuwe technologieën toegevoegd die stoom kunnen leveren aan het industriële warmtenet. Je kunt nu vermogen installeren voor een waterstofturbine-WKK, die zowel stoom als elektriciteit produceert, en voor een waterstofketel, die alleen stoom produceert. Ga hiervoor naar *Vraag → Industrie* → **[Bronnen stoomnet](/scenario/demand/industry/steam-network-sources)**. ___ diff --git a/app/views/output_elements/tables/_chp_properties.html.haml b/app/views/output_elements/tables/_chp_properties.html.haml index df29f4de9..d2dd26f89 100644 --- a/app/views/output_elements/tables/_chp_properties.html.haml +++ b/app/views/output_elements/tables/_chp_properties.html.haml @@ -42,96 +42,150 @@ %td{:data => {:gquery => "agriculture_chp_wood_pellets_heat_production_in_chp_properties"}} %td{:data => {:gquery => "agriculture_chp_wood_pellets_capacity_in_chp_properties"}} %tr.even - %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_coal" - %td{:data => {:gquery => "energy_chp_ultra_supercritical_coal_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_coal_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_coal_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_coal_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_ht_coal" + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_coal_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_coal_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_coal_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_coal_capacity_in_chp_properties"}} %tr.odd - %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_cofiring_coal" - %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_coal_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_coal_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_coal_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_coal_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_mt_coal" + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_coal_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_coal_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_coal_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_coal_capacity_in_chp_properties"}} %tr.even - %th= t "output_elements.tables.chps.energy_chp_combined_cycle_network_gas" - %td{:data => {:gquery => "energy_chp_combined_cycle_network_gas_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_combined_cycle_network_gas_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_combined_cycle_network_gas_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_combined_cycle_network_gas_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_cofiring_ht_coal" + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_ht_coal_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_ht_coal_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_ht_coal_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_ht_coal_capacity_in_chp_properties"}} %tr.odd - %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_lignite" - %td{:data => {:gquery => "energy_chp_ultra_supercritical_lignite_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_lignite_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_lignite_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_ultra_supercritical_lignite_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_cofiring_mt_coal" + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_mt_coal_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_mt_coal_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_mt_coal_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_cofiring_mt_coal_capacity_in_chp_properties"}} %tr.even - %th= t "output_elements.tables.chps.energy_chp_supercritical_waste_mix" - %td{:data => {:gquery => "energy_chp_supercritical_waste_mix_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_supercritical_waste_mix_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_supercritical_waste_mix_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_supercritical_waste_mix_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_combined_cycle_ht_network_gas" + %td{:data => {:gquery => "energy_chp_combined_cycle_ht_network_gas_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_combined_cycle_ht_network_gas_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_combined_cycle_ht_network_gas_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_combined_cycle_ht_network_gas_capacity_in_chp_properties"}} %tr.odd - %th= t "output_elements.tables.chps.energy_chp_supercritical_ccs_waste_mix" - %td{:data => {:gquery => "energy_chp_supercritical_ccs_waste_mix_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_supercritical_ccs_waste_mix_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_supercritical_ccs_waste_mix_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_supercritical_ccs_waste_mix_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_combined_cycle_mt_network_gas" + %td{:data => {:gquery => "energy_chp_combined_cycle_mt_network_gas_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_combined_cycle_mt_network_gas_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_combined_cycle_mt_network_gas_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_combined_cycle_mt_network_gas_capacity_in_chp_properties"}} %tr.even - %th= t "output_elements.tables.chps.energy_chp_local_engine_network_gas" - %td{:data => {:gquery => "energy_chp_local_engine_network_gas_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_engine_network_gas_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_engine_network_gas_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_engine_network_gas_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_ht_lignite" + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_lignite_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_lignite_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_lignite_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_ht_lignite_capacity_in_chp_properties"}} %tr.odd - %th= t "output_elements.tables.chps.energy_chp_local_engine_biogas" - %td{:data => {:gquery => "energy_chp_local_engine_biogas_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_engine_biogas_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_engine_biogas_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_engine_biogas_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_ultra_supercritical_mt_lignite" + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_lignite_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_lignite_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_lignite_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_ultra_supercritical_mt_lignite_capacity_in_chp_properties"}} %tr.even - %th= t "output_elements.tables.chps.energy_chp_local_wood_pellets" - %td{:data => {:gquery => "energy_chp_local_wood_pellets_number_of_units_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_wood_pellets_electricity_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_wood_pellets_heat_production_in_chp_properties"}} - %td{:data => {:gquery => "energy_chp_local_wood_pellets_capacity_in_chp_properties"}} + %th= t "output_elements.tables.chps.energy_chp_supercritical_ht_waste_mix" + %td{:data => {:gquery => "energy_chp_supercritical_ht_waste_mix_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ht_waste_mix_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ht_waste_mix_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ht_waste_mix_capacity_in_chp_properties"}} %tr.odd + %th= t "output_elements.tables.chps.energy_chp_supercritical_mt_waste_mix" + %td{:data => {:gquery => "energy_chp_supercritical_mt_waste_mix_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_mt_waste_mix_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_mt_waste_mix_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_mt_waste_mix_capacity_in_chp_properties"}} + %tr.even + %th= t "output_elements.tables.chps.energy_chp_supercritical_ccs_ht_waste_mix" + %td{:data => {:gquery => "energy_chp_supercritical_ccs_ht_waste_mix_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ccs_ht_waste_mix_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ccs_ht_waste_mix_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ccs_ht_waste_mix_capacity_in_chp_properties"}} + %tr.odd + %th= t "output_elements.tables.chps.energy_chp_supercritical_ccs_mt_waste_mix" + %td{:data => {:gquery => "energy_chp_supercritical_ccs_mt_waste_mix_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ccs_mt_waste_mix_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ccs_mt_waste_mix_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_supercritical_ccs_mt_waste_mix_capacity_in_chp_properties"}} + %tr.even + %th= t "output_elements.tables.chps.energy_chp_local_engine_ht_network_gas" + %td{:data => {:gquery => "energy_chp_local_engine_ht_network_gas_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_ht_network_gas_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_ht_network_gas_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_ht_network_gas_capacity_in_chp_properties"}} + %tr.odd + %th= t "output_elements.tables.chps.energy_chp_local_engine_mt_network_gas" + %td{:data => {:gquery => "energy_chp_local_engine_mt_network_gas_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_mt_network_gas_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_mt_network_gas_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_mt_network_gas_capacity_in_chp_properties"}} + %tr.even + %th= t "output_elements.tables.chps.energy_chp_local_engine_ht_biogas" + %td{:data => {:gquery => "energy_chp_local_engine_ht_biogas_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_ht_biogas_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_ht_biogas_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_ht_biogas_capacity_in_chp_properties"}} + %tr.odd + %th= t "output_elements.tables.chps.energy_chp_local_engine_mt_biogas" + %td{:data => {:gquery => "energy_chp_local_engine_mt_biogas_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_mt_biogas_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_mt_biogas_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_engine_mt_biogas_capacity_in_chp_properties"}} + %tr.even + %th= t "output_elements.tables.chps.energy_chp_local_ht_wood_pellets" + %td{:data => {:gquery => "energy_chp_local_ht_wood_pellets_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_ht_wood_pellets_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_ht_wood_pellets_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_ht_wood_pellets_capacity_in_chp_properties"}} + %tr.odd + %th= t "output_elements.tables.chps.energy_chp_local_mt_wood_pellets" + %td{:data => {:gquery => "energy_chp_local_mt_wood_pellets_number_of_units_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_mt_wood_pellets_electricity_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_mt_wood_pellets_heat_production_in_chp_properties"}} + %td{:data => {:gquery => "energy_chp_local_mt_wood_pellets_capacity_in_chp_properties"}} + %tr.even %th= t "output_elements.tables.chps.energy_chp_coal_gas" %td{:data => {:gquery => "energy_chp_coal_gas_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "energy_chp_coal_gas_electricity_production_in_chp_properties"}} %td{:data => {:gquery => "energy_chp_coal_gas_heat_production_in_chp_properties"}} %td{:data => {:gquery => "energy_chp_coal_gas_capacity_in_chp_properties"}} - %tr.even + %tr.odd %th= t "output_elements.tables.chps.industry_chp_ultra_supercritical_coal" %td{:data => {:gquery => "industry_chp_ultra_supercritical_coal_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_ultra_supercritical_coal_electricity_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_ultra_supercritical_coal_heat_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_ultra_supercritical_coal_capacity_in_chp_properties"}} - %tr.odd + %tr.even %th= t "output_elements.tables.chps.industry_chp_combined_cycle_gas_power_fuelmix" %td{:data => {:gquery => "industry_chp_combined_cycle_gas_power_fuelmix_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_combined_cycle_gas_power_fuelmix_electricity_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_combined_cycle_gas_power_fuelmix_heat_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_combined_cycle_gas_power_fuelmix_capacity_in_chp_properties"}} - %tr.even + %tr.odd %th= t "output_elements.tables.chps.industry_chp_turbine_gas_power_fuelmix" %td{:data => {:gquery => "industry_chp_turbine_gas_power_fuelmix_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_turbine_gas_power_fuelmix_electricity_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_turbine_gas_power_fuelmix_heat_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_turbine_gas_power_fuelmix_capacity_in_chp_properties"}} - %tr.odd + %tr.even %th= t "output_elements.tables.chps.industry_chp_engine_gas_power_fuelmix" %td{:data => {:gquery => "industry_chp_engine_gas_power_fuelmix_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_engine_gas_power_fuelmix_electricity_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_engine_gas_power_fuelmix_heat_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_engine_gas_power_fuelmix_capacity_in_chp_properties"}} - %tr.even + %tr.odd %th= t "output_elements.tables.chps.industry_chp_turbine_hydrogen" %td{:data => {:gquery => "industry_chp_turbine_hydrogen_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_turbine_hydrogen_electricity_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_turbine_hydrogen_heat_production_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_turbine_hydrogen_capacity_in_chp_properties"}} - %tr.odd + %tr.even %th= t "output_elements.tables.chps.industry_chp_wood_pellets" %td{:data => {:gquery => "industry_chp_wood_pellets_number_of_units_in_chp_properties"}} %td{:data => {:gquery => "industry_chp_wood_pellets_electricity_production_in_chp_properties"}} diff --git a/app/views/output_elements/tables/_losses_heat_networks.html.haml b/app/views/output_elements/tables/_losses_heat_networks.html.haml new file mode 100644 index 000000000..c957e9239 --- /dev/null +++ b/app/views/output_elements/tables/_losses_heat_networks.html.haml @@ -0,0 +1,20 @@ +-# Losses heat networks households table +%table#losses_heat_networks.chart.centered.autostripe + %thead + %tr + %th + %th= t 'output_elements.tables.losses_heat_networks.losses_heat_networks_present' + %th= t 'output_elements.tables.losses_heat_networks.losses_heat_networks_future' + %tbody + %tr + %th= t "output_elements.tables.losses_heat_networks.losses_heat_networks_households_ht" + %td{:data => {:gquery => "heat_loss_per_household_heat_networks_households_ht", :graph => :present}} + %td{:data => {:gquery => "heat_loss_per_household_heat_networks_households_ht", :graph => :future}} + %tr + %th= t "output_elements.tables.losses_heat_networks.losses_heat_networks_households_mt" + %td{:data => {:gquery => "heat_loss_per_household_heat_networks_households_mt", :graph => :present}} + %td{:data => {:gquery => "heat_loss_per_household_heat_networks_households_mt", :graph => :future}} + %tr + %th= t "output_elements.tables.losses_heat_networks.losses_heat_networks_households_lt" + %td{:data => {:gquery => "heat_loss_per_household_heat_networks_households_lt", :graph => :present}} + %td{:data => {:gquery => "heat_loss_per_household_heat_networks_households_lt", :graph => :future}} diff --git a/app/views/output_elements/tables/_merit_order_table.html.haml b/app/views/output_elements/tables/_merit_order_table.html.haml index dec602301..cc3bf30ce 100644 --- a/app/views/output_elements/tables/_merit_order_table.html.haml +++ b/app/views/output_elements/tables/_merit_order_table.html.haml @@ -24,9 +24,12 @@ 'agriculture_chp_gas_dispatchable', 'agriculture_chp_gas_must_run', 'agriculture_chp_wood_pellets', - 'central_gas_chp', - 'coal_chp', - 'coal_chp_cofiring', + 'biogas_chp_ht', + 'biogas_chp_mt', + 'coal_chp_pwd_ht', + 'coal_chp_pwd_mt', + 'coal_chp_pwd_cofiring_ht', + 'coal_chp_pwd_cofiring_mt', 'coal_conv', 'coal_igcc', 'coal_igcc_ccs', @@ -38,13 +41,17 @@ 'diesel_engine', 'gas_ccgt', 'gas_ccgt_ccs', + 'gas_chp_ccgt_ht', + 'gas_chp_ccgt_mt', + 'gas_chp_engine_ht', + 'gas_chp_engine_mt', 'gas_conv', 'gas_engine', 'gas_turbine', 'lignite', - 'lignite_chp', + 'lignite_chp_ht', + 'lignite_chp_mt', 'lignite_oxy', - 'local_chp_biogas', 'industry_chp_gas_ccgt', 'industry_chp_gas_turbine', 'industry_chp_gas_engine', @@ -82,11 +89,13 @@ 'battery_wind_inland', 'hydro_mountain', 'hydro_river', - 'local_chp_wood', - 'local_chp_gas', - 'waste_chp', + 'wood_pellets_chp_ht', + 'wood_pellets_chp_mt', + 'waste_chp_ht', + 'waste_chp_mt', + 'waste_chp_ccs_ht', + 'waste_chp_ccs_mt', 'waste_power', - 'waste_chp_ccs', 'waste_power_ccs' ] - items.each do |key| diff --git a/app/views/output_elements/tables/_storage_options.html.haml b/app/views/output_elements/tables/_storage_options.html.haml index af617db39..5d7f17b79 100644 --- a/app/views/output_elements/tables/_storage_options.html.haml +++ b/app/views/output_elements/tables/_storage_options.html.haml @@ -144,21 +144,37 @@ %td{:data => {:decimals => 4, :gquery => "agriculture_p2h_electricity_output", :graph => :future}} %td{:data => {:decimals => 1, :gquery => "agriculture_p2h_electricity_flhs", :graph => :future}} %tr - %th= t "output_elements.tables.flexibility.electricity_converted_to_heat_district_heating_boiler" - %td{:data => {:gquery => "energy_heat_flexibility_p2h_boiler_electricity_capacity", :graph => :future}} - %td{:data => {:gquery => "energy_heat_flexibility_p2h_boiler_electricity_peak_capacity", :graph => :future}} + %th= t "output_elements.tables.flexibility.electricity_converted_to_heat_district_heating_ht_boiler" + %td{:data => {:gquery => "energy_heat_flexibility_p2h_boiler_ht_electricity_capacity", :graph => :future}} + %td{:data => {:gquery => "energy_heat_flexibility_p2h_boiler_ht_electricity_peak_capacity", :graph => :future}} %td - %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_boiler_electricity_input", :graph => :future}} - %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_boiler_electricity_output", :graph => :future}} - %td{:data => {:decimals => 1, :gquery => "energy_heat_flexibility_p2h_boiler_electricity_flhs", :graph => :future}} + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_boiler_ht_electricity_input", :graph => :future}} + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_boiler_ht_electricity_output", :graph => :future}} + %td{:data => {:decimals => 1, :gquery => "energy_heat_flexibility_p2h_boiler_ht_electricity_flhs", :graph => :future}} %tr - %th= t "output_elements.tables.flexibility.electricity_converted_to_heat_district_heating_heatpump" - %td{:data => {:gquery => "energy_heat_flexibility_p2h_heatpump_electricity_capacity", :graph => :future}} - %td{:data => {:gquery => "energy_heat_flexibility_p2h_heatpump_electricity_peak_capacity", :graph => :future}} + %th= t "output_elements.tables.flexibility.electricity_converted_to_heat_district_heating_mt_boiler" + %td{:data => {:gquery => "energy_heat_flexibility_p2h_boiler_mt_electricity_capacity", :graph => :future}} + %td{:data => {:gquery => "energy_heat_flexibility_p2h_boiler_mt_electricity_peak_capacity", :graph => :future}} %td - %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_heatpump_electricity_input", :graph => :future}} - %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_heatpump_electricity_output", :graph => :future}} - %td{:data => {:decimals => 1, :gquery => "energy_heat_flexibility_p2h_heatpump_electricity_flhs", :graph => :future}} + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_boiler_mt_electricity_input", :graph => :future}} + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_boiler_mt_electricity_output", :graph => :future}} + %td{:data => {:decimals => 1, :gquery => "energy_heat_flexibility_p2h_boiler_mt_electricity_flhs", :graph => :future}} + %tr + %th= t "output_elements.tables.flexibility.electricity_converted_to_heat_district_heating_ht_heatpump" + %td{:data => {:gquery => "energy_heat_flexibility_p2h_heatpump_ht_electricity_capacity", :graph => :future}} + %td{:data => {:gquery => "energy_heat_flexibility_p2h_heatpump_ht_electricity_peak_capacity", :graph => :future}} + %td + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_heatpump_ht_electricity_input", :graph => :future}} + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_heatpump_ht_electricity_output", :graph => :future}} + %td{:data => {:decimals => 1, :gquery => "energy_heat_flexibility_p2h_heatpump_ht_electricity_flhs", :graph => :future}} + %tr + %th= t "output_elements.tables.flexibility.electricity_converted_to_heat_district_heating_mt_heatpump" + %td{:data => {:gquery => "energy_heat_flexibility_p2h_heatpump_mt_electricity_capacity", :graph => :future}} + %td{:data => {:gquery => "energy_heat_flexibility_p2h_heatpump_mt_electricity_peak_capacity", :graph => :future}} + %td + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_heatpump_mt_electricity_input", :graph => :future}} + %td{:data => {:decimals => 4, :gquery => "energy_heat_flexibility_p2h_heatpump_mt_electricity_output", :graph => :future}} + %td{:data => {:decimals => 1, :gquery => "energy_heat_flexibility_p2h_heatpump_mt_electricity_flhs", :graph => :future}} %tr %th= t "output_elements.tables.flexibility.electricity_converted_to_hydrogen" %td{:data => {:gquery => "energy_hydrogen_flexibility_p2g_electricity_capacity", :graph => :future}} diff --git a/app/views/scenarios/slides/_supply_heat_network_order.html.haml b/app/views/scenarios/slides/_supply_heat_network_order_ht.html.haml similarity index 59% rename from app/views/scenarios/slides/_supply_heat_network_order.html.haml rename to app/views/scenarios/slides/_supply_heat_network_order_ht.html.haml index 9678ac2fd..cc9826067 100644 --- a/app/views/scenarios/slides/_supply_heat_network_order.html.haml +++ b/app/views/scenarios/slides/_supply_heat_network_order_ht.html.haml @@ -1,8 +1,8 @@ -#heat-network-options.sortable-container +#heat-network-options.sortable-container{data: {subtype: 'ht'}} .loading-message %ul.sortable .fixed - = t('output_elements.heat_network_order.energy_heat_backup_burner_network_gas') + = t('output_elements.heat_network_order.energy_heat_backup_burner_ht_network_gas') %span.fa.fa-lock diff --git a/app/views/scenarios/slides/_supply_heat_network_order_lt.html.haml b/app/views/scenarios/slides/_supply_heat_network_order_lt.html.haml new file mode 100644 index 000000000..9f0c83f1b --- /dev/null +++ b/app/views/scenarios/slides/_supply_heat_network_order_lt.html.haml @@ -0,0 +1,8 @@ +#heat-network-options.sortable-container{data: {subtype: 'lt'}} + .loading-message + + %ul.sortable + + .fixed + = t('output_elements.heat_network_order.energy_heat_backup_burner_lt_network_gas') + %span.fa.fa-lock diff --git a/app/views/scenarios/slides/_supply_heat_network_order_mt.html.haml b/app/views/scenarios/slides/_supply_heat_network_order_mt.html.haml new file mode 100644 index 000000000..88017bb1b --- /dev/null +++ b/app/views/scenarios/slides/_supply_heat_network_order_mt.html.haml @@ -0,0 +1,8 @@ +#heat-network-options.sortable-container{data: {subtype: 'mt'}} + .loading-message + + %ul.sortable + + .fixed + = t('output_elements.heat_network_order.energy_heat_backup_burner_mt_network_gas') + %span.fa.fa-lock diff --git a/config/interface/input_elements/costs_heat_network.yml b/config/interface/input_elements/costs_heat_network.yml index 523ae2f43..95ed05217 100644 --- a/config/interface/input_elements/costs_heat_network.yml +++ b/config/interface/input_elements/costs_heat_network.yml @@ -2,16 +2,28 @@ - key: costs_heat_infra_indoors step_value: 0.1 unit: "%" - position: 1 + position: 100 slide_key: costs_heat_network - key: costs_heat_infra_outdoors step_value: 0.1 unit: "%" - position: 2 + position: 105 slide_key: costs_heat_network -- key: costs_heat_network_storage +- key: costs_heat_network_storage_ht_steam_hot_water step_value: 0.1 unit: "€/MWh" interface_group: heat_network_storage - position: 10 + position: 200 + slide_key: costs_heat_network +- key: costs_heat_network_storage_mt_steam_hot_water + step_value: 0.1 + unit: "€/MWh" + interface_group: heat_network_storage + position: 205 + slide_key: costs_heat_network +- key: costs_heat_network_storage_lt_steam_hot_water + step_value: 0.1 + unit: "€/MWh" + interface_group: heat_network_storage + position: 210 slide_key: costs_heat_network diff --git a/config/interface/input_elements/costs_heat_sources_other.yml b/config/interface/input_elements/costs_heat_sources_other.yml index e0e15db0f..d1ed9ce99 100644 --- a/config/interface/input_elements/costs_heat_sources_other.yml +++ b/config/interface/input_elements/costs_heat_sources_other.yml @@ -53,3 +53,57 @@ unit: "%" position: 8 slide_key: costs_heat_sources_other +- key: costs_households_ht_heat_delivery_system_costs_apartments_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 9 + slide_key: costs_heat_sources_other +- key: costs_households_mt_heat_delivery_system_costs_apartments_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 10 + slide_key: costs_heat_sources_other +- key: costs_households_lt_heat_delivery_system_costs_apartments_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 11 + slide_key: costs_heat_sources_other +- key: costs_households_ht_heat_delivery_system_costs_ground_level_houses_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 12 + slide_key: costs_heat_sources_other +- key: costs_households_mt_heat_delivery_system_costs_ground_level_houses_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 13 + slide_key: costs_heat_sources_other +- key: costs_households_lt_heat_delivery_system_costs_ground_level_houses_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 14 + slide_key: costs_heat_sources_other +- key: costs_buildings_ht_heat_delivery_system_costs_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 15 + slide_key: costs_heat_sources_other +- key: costs_buildings_mt_heat_delivery_system_costs_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 16 + slide_key: costs_heat_sources_other +- key: costs_buildings_lt_heat_delivery_system_costs_eur_per_connection + interface_group: heat_delivery_system + step_value: 100 + unit: "€/connection" + position: 17 + slide_key: costs_heat_sources_other \ No newline at end of file diff --git a/config/interface/input_elements/demand_agriculture_heat.yml b/config/interface/input_elements/demand_agriculture_heat.yml index 07b4cc674..f466611f0 100644 --- a/config/interface/input_elements/demand_agriculture_heat.yml +++ b/config/interface/input_elements/demand_agriculture_heat.yml @@ -1,4 +1,12 @@ --- +- key: agriculture_burner_network_gas_share + share_group: agri_heat + step_value: 0.1 + unit: "%" + interface_group: heat production + related_node: agriculture_burner_network_gas + position: 1 + slide_key: demand_agriculture_heat - key: agriculture_burner_crude_oil_share share_group: agri_heat step_value: 0.1 @@ -15,6 +23,14 @@ related_node: agriculture_burner_wood_pellets position: 3 slide_key: demand_agriculture_heat +- key: agriculture_burner_hydrogen_share + share_group: agri_heat + step_value: 0.1 + unit: "%" + interface_group: heat production + related_node: agriculture_burner_hydrogen + position: 4 + slide_key: demand_agriculture_heat - key: agriculture_heatpump_water_water_electricity_share share_group: agri_heat step_value: 0.1 @@ -38,37 +54,27 @@ interface_group: heat production position: 7 slide_key: demand_agriculture_heat -- key: agriculture_burner_network_gas_share - share_group: agri_heat - step_value: 0.1 - unit: "%" - interface_group: heat production - related_node: agriculture_burner_network_gas - position: 1 - slide_key: demand_agriculture_heat -- key: agriculture_final_demand_central_steam_hot_water_share +- key: agriculture_final_demand_ht_central_steam_hot_water_share share_group: agri_heat step_value: 0.1 unit: "%" interface_group: heat production position: 8 slide_key: demand_agriculture_heat -- key: agriculture_final_demand_local_steam_hot_water_share +- key: agriculture_final_demand_mt_central_steam_hot_water_share share_group: agri_heat step_value: 0.1 unit: "%" interface_group: heat production position: 9 slide_key: demand_agriculture_heat -- key: agriculture_burner_hydrogen_share +- key: agriculture_final_demand_local_steam_hot_water_share share_group: agri_heat step_value: 0.1 unit: "%" interface_group: heat production - related_node: agriculture_burner_hydrogen - position: 4 + position: 10 slide_key: demand_agriculture_heat - - key: capacity_of_agriculture_flexibility_p2h_electricity step_value: 1.0 unit: MW diff --git a/config/interface/input_elements/demand_buildings_heating.yml b/config/interface/input_elements/demand_buildings_heating.yml index ff6965bb6..f80459601 100644 --- a/config/interface/input_elements/demand_buildings_heating.yml +++ b/config/interface/input_elements/demand_buildings_heating.yml @@ -13,69 +13,83 @@ related_node: buildings_space_heater_combined_hydrogen position: 2 slide_key: demand_buildings_heating -- key: buildings_space_heater_district_heating_steam_hot_water_share +- key: buildings_space_heater_district_heating_ht_steam_hot_water_share share_group: heating_buildings step_value: 0.1 unit: "%" - related_node: buildings_space_heater_district_heating_steam_hot_water + related_node: buildings_space_heater_district_heating_ht_steam_hot_water position: 3 slide_key: demand_buildings_heating +- key: buildings_space_heater_district_heating_mt_steam_hot_water_share + share_group: heating_buildings + step_value: 0.1 + unit: "%" + related_node: buildings_space_heater_district_heating_mt_steam_hot_water + position: 4 + slide_key: demand_buildings_heating +- key: buildings_space_heater_district_heating_lt_steam_hot_water_share + share_group: heating_buildings + step_value: 0.1 + unit: "%" + related_node: buildings_space_heater_district_heating_lt_steam_hot_water + position: 5 + slide_key: demand_buildings_heating - key: buildings_space_heater_heatpump_air_water_network_gas_share share_group: heating_buildings step_value: 0.1 unit: "%" command_type: value related_node: buildings_space_heater_heatpump_air_water_network_gas - position: 4 + position: 6 slide_key: demand_buildings_heating - key: buildings_space_heater_heatpump_air_water_electricity_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_heatpump_air_water_electricity - position: 5 + position: 7 slide_key: demand_buildings_heating - key: buildings_space_heater_hybrid_heatpump_air_water_electricity_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_hybrid_heatpump_air_water_electricity - position: 6 + position: 8 slide_key: demand_buildings_heating - key: buildings_space_heater_hybrid_hydrogen_heatpump_air_water_electricity_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_hybrid_hydrogen_heatpump_air_water_electricity - position: 7 + position: 9 slide_key: demand_buildings_heating - key: buildings_space_heater_collective_heatpump_water_water_ts_electricity_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_collective_heatpump_water_water_ts_electricity - position: 8 + position: 10 slide_key: demand_buildings_heating - key: buildings_space_heater_electricity_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_electricity - position: 9 + position: 11 slide_key: demand_buildings_heating - key: buildings_space_heater_wood_pellets_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_wood_pellets - position: 10 + position: 12 slide_key: demand_buildings_heating - key: buildings_space_heater_crude_oil_share share_group: heating_buildings step_value: 0.1 unit: "%" related_node: buildings_space_heater_crude_oil - position: 11 + position: 13 dependent_on: has_coal_oil_for_heating_built_environment slide_key: demand_buildings_heating - key: buildings_space_heater_coal_share @@ -83,7 +97,7 @@ step_value: 0.1 unit: "%" related_node: buildings_space_heater_coal - position: 12 + position: 14 dependent_on: has_coal_oil_for_heating_built_environment slide_key: demand_buildings_heating diff --git a/config/interface/input_elements/demand_households_heating.yml b/config/interface/input_elements/demand_households_heating.yml index 8e0a15e9f..5c2fa1fce 100644 --- a/config/interface/input_elements/demand_households_heating.yml +++ b/config/interface/input_elements/demand_households_heating.yml @@ -1,93 +1,106 @@ --- -- key: households_heater_electricity_share + +- key: households_heater_combined_network_gas_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_electricity - position: 9 + related_node: households_space_heater_combined_network_gas + position: 1 slide_key: demand_households_heating -- key: households_heater_crude_oil_share +- key: households_heater_combined_hydrogen_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_crude_oil - position: 11 - dependent_on: has_coal_oil_for_heating_built_environment + related_node: households_space_heater_combined_hydrogen + position: 2 slide_key: demand_households_heating -- key: households_heater_combined_network_gas_share +- key: households_heater_district_heating_ht_steam_hot_water_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_combined_network_gas - position: 1 + position: 3 slide_key: demand_households_heating -- key: households_heater_combined_hydrogen_share +- key: households_heater_district_heating_mt_steam_hot_water_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_combined_hydrogen - position: 1 + position: 4 + slide_key: demand_households_heating +- key: households_heater_district_heating_lt_steam_hot_water_share + share_group: heating_households + step_value: 0.1 + unit: "%" + position: 5 + slide_key: demand_households_heating +- key: households_heater_heatpump_air_water_electricity_share + share_group: heating_households + step_value: 0.1 + unit: "%" + related_node: households_space_heater_heatpump_air_water_electricity + position: 6 slide_key: demand_households_heating - key: households_heater_heatpump_ground_water_electricity_share share_group: heating_households step_value: 0.1 unit: "%" related_node: households_space_heater_heatpump_ground_water_electricity - position: 4 + position: 7 slide_key: demand_households_heating -- key: households_heater_wood_pellets_share +- key: households_heater_hybrid_heatpump_air_water_electricity_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_wood_pellets + related_node: households_space_heater_hybrid_heatpump_air_water_electricity position: 8 slide_key: demand_households_heating -- key: households_heater_heatpump_air_water_electricity_share +- key: households_heater_hybrid_hydrogen_heatpump_air_water_electricity_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_heatpump_air_water_electricity - position: 3 + related_node: households_space_heater_hybrid_hydrogen_heatpump_air_water_electricity + position: 9 slide_key: demand_households_heating -- key: households_heater_coal_share +- key: households_heater_heatpump_pvt_electricity_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_coal - position: 12 - dependent_on: has_coal_oil_for_heating_built_environment + related_node: households_space_heater_heatpump_pvt_electricity + position: 10 slide_key: demand_households_heating -- key: households_heater_network_gas_share +- key: households_heater_wood_pellets_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_network_gas - position: 10 + related_node: households_space_heater_wood_pellets + position: 11 slide_key: demand_households_heating -- key: households_heater_district_heating_steam_hot_water_share +- key: households_heater_electricity_share share_group: heating_households step_value: 0.1 unit: "%" - position: 2 + related_node: households_space_heater_electricity + position: 12 slide_key: demand_households_heating -- key: households_heater_hybrid_heatpump_air_water_electricity_share +- key: households_heater_network_gas_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_hybrid_heatpump_air_water_electricity - position: 5 + related_node: households_space_heater_network_gas + position: 13 slide_key: demand_households_heating -- key: households_heater_hybrid_hydrogen_heatpump_air_water_electricity_share +- key: households_heater_crude_oil_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_hybrid_hydrogen_heatpump_air_water_electricity - position: 6 + related_node: households_space_heater_crude_oil + position: 14 + dependent_on: has_coal_oil_for_heating_built_environment slide_key: demand_households_heating -- key: households_heater_heatpump_pvt_electricity_share +- key: households_heater_coal_share share_group: heating_households step_value: 0.1 unit: "%" - related_node: households_space_heater_heatpump_pvt_electricity - position: 7 + related_node: households_space_heater_coal + position: 15 + dependent_on: has_coal_oil_for_heating_built_environment slide_key: demand_households_heating diff --git a/config/interface/input_elements/flexibility_flexibility_power_to_heat_for_district_heating.yml b/config/interface/input_elements/flexibility_flexibility_power_to_heat_for_district_heating.yml index 58b3b0f90..989bfeb4e 100644 --- a/config/interface/input_elements/flexibility_flexibility_power_to_heat_for_district_heating.yml +++ b/config/interface/input_elements/flexibility_flexibility_power_to_heat_for_district_heating.yml @@ -3,28 +3,28 @@ step_value: 0.1 unit: MW interface_group: capacity - related_node: energy_heat_flexibility_p2h_boiler_electricity + related_node: energy_heat_flexibility_p2h_boiler_ht_electricity position: 1 slide_key: flexibility_flexibility_power_to_heat_for_district_heating - key: capacity_of_energy_heat_flexibility_p2h_heatpump_electricity step_value: 0.1 unit: MW interface_group: capacity - related_node: energy_heat_flexibility_p2h_heatpump_electricity + related_node: energy_heat_flexibility_p2h_heatpump_ht_electricity position: 2 slide_key: flexibility_flexibility_power_to_heat_for_district_heating - key: wtp_of_energy_heat_flexibility_p2h_boiler_electricity step_value: 0.1 unit: "€/MWh" interface_group: willingness_to_pay - related_node: energy_heat_flexibility_p2h_boiler_electricity + related_node: energy_heat_flexibility_p2h_boiler_ht_electricity position: 3 slide_key: flexibility_flexibility_power_to_heat_for_district_heating - key: wtp_of_energy_heat_flexibility_p2h_heatpump_electricity step_value: 0.1 unit: "€/MWh" interface_group: willingness_to_pay - related_node: energy_heat_flexibility_p2h_heatpump_electricity + related_node: energy_heat_flexibility_p2h_heatpump_ht_electricity position: 4 slide_key: flexibility_flexibility_power_to_heat_for_district_heating diff --git a/config/interface/input_elements/supply_ccus_capture.yml b/config/interface/input_elements/supply_ccus_capture.yml index 444204c95..cb75d1eb4 100644 --- a/config/interface/input_elements/supply_ccus_capture.yml +++ b/config/interface/input_elements/supply_ccus_capture.yml @@ -109,13 +109,20 @@ interface_group: direct_air_capture position: 30 slide_key: supply_ccus_capture -- key: share_of_energy_chp_supercritical_ccs_waste_mix +- key: share_of_energy_chp_supercritical_ccs_ht_waste_mix step_value: 1.0 unit: "%" - related_node: energy_chp_supercritical_ccs_waste_mix + related_node: energy_chp_supercritical_ccs_ht_waste_mix interface_group: power_plants position: 35 slide_key: supply_ccus_capture +- key: share_of_energy_chp_supercritical_ccs_mt_waste_mix + step_value: 1.0 + unit: "%" + related_node: energy_chp_supercritical_ccs_mt_waste_mix + interface_group: power_plants + position: 36 + slide_key: supply_ccus_capture - key: share_of_energy_power_supercritical_ccs_waste_mix step_value: 1.0 unit: "%" diff --git a/config/interface/input_elements/supply_heat_network_losses.yml b/config/interface/input_elements/supply_heat_network_losses.yml deleted file mode 100644 index 05f387a32..000000000 --- a/config/interface/input_elements/supply_heat_network_losses.yml +++ /dev/null @@ -1,6 +0,0 @@ ---- -- key: energy_heat_distribution_loss_share - step_value: 1.0 - unit: "%" - position: 18 - slide_key: supply_heat_network_losses diff --git a/config/interface/input_elements/supply_heat_network_storage_toggle.yml b/config/interface/input_elements/supply_heat_network_storage_toggle.yml deleted file mode 100644 index 5565ee883..000000000 --- a/config/interface/input_elements/supply_heat_network_storage_toggle.yml +++ /dev/null @@ -1,27 +0,0 @@ ---- -- key: capacity_of_energy_heat_burner_coal - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_burner_coal - position: 11 - dependent_on: has_coal_oil_for_heating_built_environment - slide_key: supply_heat_network_storage_toggle -- key: heat_storage_enabled - step_value: 1.0 - unit: boolean - position: 1 - slide_key: supply_heat_network_storage_toggle -- key: energy_heat_network_storage_loss_share - step_value: 0.1 - unit: "%" - interface_group: heat_storage_losses - position: 2 - slide_key: supply_heat_network_storage_toggle -- key: energy_heat_network_storage_output_capacity_share - step_value: 0.1 - unit: "%" - fixed: false - interface_group: 'heat_storage_capacity' - position: 3 - slide_key: supply_heat_network_storage_toggle diff --git a/config/interface/input_elements/supply_heat_overview_chp.yml b/config/interface/input_elements/supply_heat_overview_chp.yml new file mode 100644 index 000000000..9a8618fa2 --- /dev/null +++ b/config/interface/input_elements/supply_heat_overview_chp.yml @@ -0,0 +1,122 @@ +--- +- key: share_of_energy_chp_ultra_supercritical_ht_coal + share_group: chp_coal_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_coal_chp_pwd + position: 100 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_ultra_supercritical_mt_coal + share_group: chp_coal_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_coal_chp_pwd + position: 110 + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_ultra_supercritical_cofiring_ht_coal + share_group: chp_cofiring_coal_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_coal_chp_pwd_cofiring + position: 120 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_ultra_supercritical_cofiring_mt_coal + share_group: chp_cofiring_coal_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_coal_chp_pwd_cofiring + position: 130 + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_ultra_supercritical_ht_lignite + share_group: chp_lignite_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_lignite_chp + position: 120 + dependent_on: has_lignite + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_ultra_supercritical_mt_lignite + share_group: chp_lignite_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_lignite_chp + position: 130 + dependent_on: has_lignite + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_combined_cycle_ht_network_gas + share_group: chp_cc_network_gas_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_gas_chp_ccgt + position: 200 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_combined_cycle_mt_network_gas + share_group: chp_cc_network_gas_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_gas_chp_ccgt + position: 210 + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_local_engine_ht_network_gas + share_group: chp_network_gas_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_gas_chp_engine + position: 250 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_local_engine_mt_network_gas + share_group: chp_network_gas_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_gas_chp_engine + position: 260 + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_local_ht_wood_pellets + share_group: chp_wood_pellets_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_wood_pellets_chp + position: 300 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_local_mt_wood_pellets + share_group: chp_wood_pellets_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_wood_pellets_chp + position: 310 + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_local_engine_ht_biogas + share_group: chp_biogas_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_biogas_chp + position: 350 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_local_engine_mt_biogas + share_group: chp_biogas_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_biogas_chp + position: 360 + slide_key: supply_heat_overview_chp + +- key: share_of_energy_chp_supercritical_ht_waste_mix + share_group: chp_waste_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_waste_chp + position: 400 + slide_key: supply_heat_overview_chp +- key: share_of_energy_chp_supercritical_mt_waste_mix + share_group: chp_waste_heat + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_waste_chp + position: 410 + slide_key: supply_heat_overview_chp diff --git a/config/interface/input_elements/supply_heat_overview_emissions.yml b/config/interface/input_elements/supply_heat_overview_emissions.yml new file mode 100644 index 000000000..fb088e1b4 --- /dev/null +++ b/config/interface/input_elements/supply_heat_overview_emissions.yml @@ -0,0 +1,8 @@ +--- +- key: co2_emissions_of_imported_heat + step_value: 0.1 + unit: kg/GJ + interface_group: residual_heat + position: 5 + slide_key: supply_heat_overview_emissions + \ No newline at end of file diff --git a/config/interface/input_elements/supply_heat_overview_p2h.yml b/config/interface/input_elements/supply_heat_overview_p2h.yml new file mode 100644 index 000000000..53a81d0ac --- /dev/null +++ b/config/interface/input_elements/supply_heat_overview_p2h.yml @@ -0,0 +1,34 @@ +--- +- key: share_of_energy_heat_flexibility_p2h_boiler_ht_electricity + share_group: p2h_boiler_heat + related_node: energy_heat_flexibility_p2h_boiler_ht_electricity + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_p2h_boiler + position: 100 + slide_key: supply_heat_overview_p2h +- key: share_of_energy_heat_flexibility_p2h_boiler_mt_electricity + share_group: p2h_boiler_heat + related_node: energy_heat_flexibility_p2h_boiler_mt_electricity + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_p2h_boiler + position: 110 + slide_key: supply_heat_overview_p2h + +- key: share_of_energy_heat_flexibility_p2h_heatpump_ht_electricity + share_group: p2h_heatpump_heat + related_node: energy_heat_flexibility_p2h_heatpump_ht_electricity + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_p2h_heatpump + position: 120 + slide_key: supply_heat_overview_p2h +- key: share_of_energy_heat_flexibility_p2h_heatpump_mt_electricity + share_group: p2h_heatpump_heat + related_node: energy_heat_flexibility_p2h_heatpump_mt_electricity + step_value: 1.0 + unit: "%" + interface_group: heat_allocation_p2h_heatpump + position: 130 + slide_key: supply_heat_overview_p2h diff --git a/config/interface/input_elements/supply_heat_overview_residual.yml b/config/interface/input_elements/supply_heat_overview_residual.yml new file mode 100644 index 000000000..96e6b7cf5 --- /dev/null +++ b/config/interface/input_elements/supply_heat_overview_residual.yml @@ -0,0 +1,25 @@ +--- +- key: share_of_industry_chemicals_other_reused_residual_heat + step_value: 1.0 + unit: "%" + interface_group: residual_heat + position: 3 + slide_key: supply_heat_overview_residual +- key: share_of_industry_chemicals_fertilizers_reused_residual_heat + step_value: 1.0 + unit: "%" + interface_group: residual_heat + position: 3 + slide_key: supply_heat_overview_residual +- key: share_of_industry_chemicals_refineries_reused_residual_heat + step_value: 1.0 + unit: "%" + interface_group: residual_heat + position: 3 + slide_key: supply_heat_overview_residual +- key: share_of_industry_other_ict_reused_residual_heat + step_value: 1.0 + unit: "%" + interface_group: residual_heat + position: 3 + slide_key: supply_heat_overview_residual diff --git a/config/interface/input_elements/supply_heat_sources.yml b/config/interface/input_elements/supply_heat_sources.yml deleted file mode 100644 index b5169473a..000000000 --- a/config/interface/input_elements/supply_heat_sources.yml +++ /dev/null @@ -1,101 +0,0 @@ ---- -- key: volume_of_imported_heat - step_value: 0.1 - unit: PJ - interface_group: residual_heat - position: 4 - slide_key: supply_heat_sources -- key: co2_emissions_of_imported_heat - step_value: 0.1 - unit: kg/GJ - interface_group: residual_heat - position: 5 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_well_geothermal - step_value: 1.0 - unit: MW - interface_group: non_dispatchable_heat - related_node: energy_heat_well_geothermal - position: 1 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_solar_thermal - step_value: 1.0 - unit: MW - interface_group: non_dispatchable_heat - related_node: energy_heat_solar_thermal - position: 2 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_heatpump_water_water_electricity - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_heatpump_water_water_electricity - position: 6 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_boiler_electricity - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_boiler_electricity - position: 7 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_burner_network_gas - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_burner_network_gas - position: 8 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_burner_hydrogen - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_burner_hydrogen - position: 9 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_burner_wood_pellets - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_burner_wood_pellets - position: 10 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_burner_waste_mix - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_burner_waste_mix - position: 11 - slide_key: supply_heat_sources -- key: capacity_of_energy_heat_burner_crude_oil - step_value: 1.0 - unit: MW - interface_group: dispatchable_heat - related_node: energy_heat_burner_crude_oil - position: 12 - dependent_on: has_coal_oil_for_heating_built_environment - slide_key: supply_heat_sources -- key: share_of_industry_chemicals_other_reused_residual_heat - step_value: 1.0 - unit: "%" - interface_group: residual_heat - position: 3 - slide_key: supply_heat_sources -- key: share_of_industry_chemicals_fertilizers_reused_residual_heat - step_value: 1.0 - unit: "%" - interface_group: residual_heat - position: 3 - slide_key: supply_heat_sources -- key: share_of_industry_chemicals_refineries_reused_residual_heat - step_value: 1.0 - unit: "%" - interface_group: residual_heat - position: 3 - slide_key: supply_heat_sources -- key: share_of_industry_other_ict_reused_residual_heat - step_value: 1.0 - unit: "%" - interface_group: residual_heat - position: 3 - slide_key: supply_heat_sources diff --git a/config/interface/input_elements/supply_heat_sources_ht.yml b/config/interface/input_elements/supply_heat_sources_ht.yml new file mode 100644 index 000000000..6c0635ec8 --- /dev/null +++ b/config/interface/input_elements/supply_heat_sources_ht.yml @@ -0,0 +1,81 @@ +--- +- key: capacity_of_energy_heat_solar_ht_solar_thermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 100 + related_node: energy_heat_solar_ht_solar_thermal + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_well_deep_ht_geothermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 105 + related_node: energy_heat_well_deep_ht_geothermal + slide_key: supply_heat_sources_ht + +- key: capacity_of_energy_heat_boiler_ht_electricity + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 200 + related_node: energy_heat_boiler_ht_electricity + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_heatpump_water_water_ht_electricity + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 205 + related_node: energy_heat_heatpump_water_water_ht_electricity + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_burner_ht_hydrogen + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 210 + related_node: energy_heat_burner_ht_hydrogen + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_burner_ht_wood_pellets + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 215 + related_node: energy_heat_burner_ht_wood_pellets + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_burner_ht_waste_mix + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 220 + related_node: energy_heat_burner_ht_waste_mix + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_burner_ht_crude_oil + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + dependent_on: has_coal_oil_for_heating_built_environment + position: 225 + related_node: energy_heat_burner_ht_crude_oil + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_burner_ht_network_gas + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 230 + related_node: energy_heat_burner_ht_network_gas + slide_key: supply_heat_sources_ht +- key: capacity_of_energy_heat_burner_ht_coal + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + dependent_on: has_coal_oil_for_heating_built_environment + position: 235 + related_node: energy_heat_burner_ht_coal + slide_key: supply_heat_sources_ht + +- key: volume_of_ht_imported_heat + step_value: 1.0 + unit: PJ + interface_group: imported_heat + position: 300 + slide_key: supply_heat_sources_ht diff --git a/config/interface/input_elements/supply_heat_sources_lt.yml b/config/interface/input_elements/supply_heat_sources_lt.yml new file mode 100644 index 000000000..9bc89c40b --- /dev/null +++ b/config/interface/input_elements/supply_heat_sources_lt.yml @@ -0,0 +1,44 @@ +--- +- key: capacity_of_energy_heat_solar_lt_solar_thermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 100 + related_node: energy_heat_solar_lt_solar_thermal + slide_key: supply_heat_sources_lt +- key: capacity_of_energy_heat_well_shallow_lt_geothermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 105 + related_node: energy_heat_well_shallow_lt_geothermal + slide_key: supply_heat_sources_lt + +- key: capacity_of_energy_heat_heatpump_water_water_lt_electricity + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 200 + related_node: energy_heat_heatpump_water_water_lt_electricity + slide_key: supply_heat_sources_lt +- key: capacity_of_energy_heat_boiler_lt_electricity + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 205 + related_node: energy_heat_boiler_lt_electricity + slide_key: supply_heat_sources_lt +- key: capacity_of_energy_heat_burner_lt_hydrogen + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 210 + related_node: energy_heat_burner_lt_hydrogen + slide_key: supply_heat_sources_lt + +- key: volume_of_lt_imported_heat + step_value: 1.0 + unit: PJ + interface_group: imported_heat + position: 300 + slide_key: supply_heat_sources_lt diff --git a/config/interface/input_elements/supply_heat_sources_mt.yml b/config/interface/input_elements/supply_heat_sources_mt.yml new file mode 100644 index 000000000..19c0f12cd --- /dev/null +++ b/config/interface/input_elements/supply_heat_sources_mt.yml @@ -0,0 +1,92 @@ +--- +- key: capacity_of_energy_heat_solar_mt_solar_thermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 100 + related_node: energy_heat_solar_mt_solar_thermal + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_well_deep_mt_geothermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 105 + related_node: energy_heat_well_deep_mt_geothermal + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_well_shallow_heatpump_mt_geothermal + step_value: 1.0 + unit: MW + interface_group: non_dispatchable_heat + position: 110 + related_node: energy_heat_well_shallow_heatpump_mt_geothermal + slide_key: supply_heat_sources_mt + +- key: capacity_of_energy_heat_heatpump_water_water_mt_electricity + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 205 + related_node: energy_heat_heatpump_water_water_mt_electricity + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_boiler_mt_electricity + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 210 + related_node: energy_heat_boiler_mt_electricity + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_burner_mt_hydrogen + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 215 + related_node: energy_heat_burner_mt_hydrogen + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_burner_mt_wood_pellets + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 220 + related_node: energy_heat_burner_mt_wood_pellets + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_burner_mt_waste_mix + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 225 + related_node: energy_heat_burner_mt_waste_mix + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_burner_mt_crude_oil + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + dependent_on: has_coal_oil_for_heating_built_environment + position: 230 + related_node: energy_heat_burner_mt_crude_oil + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_burner_mt_network_gas + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + position: 235 + related_node: energy_heat_burner_mt_network_gas + slide_key: supply_heat_sources_mt +- key: capacity_of_energy_heat_burner_mt_coal + step_value: 1.0 + unit: MW + interface_group: dispatchable_heat + dependent_on: has_coal_oil_for_heating_built_environment + position: 240 + related_node: energy_heat_burner_mt_coal + slide_key: supply_heat_sources_mt + + +- key: volume_of_mt_imported_heat + step_value: 1.0 + interface_group: imported_heat + unit: PJ + position: 300 + slide_key: supply_heat_sources_mt + + + diff --git a/config/interface/input_elements/supply_heat_storage_ht.yml b/config/interface/input_elements/supply_heat_storage_ht.yml new file mode 100644 index 000000000..7dd237dd4 --- /dev/null +++ b/config/interface/input_elements/supply_heat_storage_ht.yml @@ -0,0 +1,19 @@ +--- +- key: heat_storage_enabled_ht + step_value: 0.1 + unit: boolean + position: 100 + slide_key: supply_heat_storage_ht +- key: energy_heat_network_storage_ht_loss_share + step_value: 0.1 + unit: "%" + interface_group: heat_storage_losses + position: 200 + slide_key: supply_heat_storage_ht +- key: energy_heat_network_storage_ht_steam_hot_water_output_capacity_share + step_value: 0.1 + unit: "%" + interface_group: heat_storage_capacity + fixed: false + position: 300 + slide_key: supply_heat_storage_ht diff --git a/config/interface/input_elements/supply_heat_storage_lt.yml b/config/interface/input_elements/supply_heat_storage_lt.yml new file mode 100644 index 000000000..8311f74d5 --- /dev/null +++ b/config/interface/input_elements/supply_heat_storage_lt.yml @@ -0,0 +1,19 @@ +--- +- key: heat_storage_enabled_lt + step_value: 0.1 + unit: boolean + position: 100 + slide_key: supply_heat_storage_lt +- key: energy_heat_network_storage_lt_loss_share + step_value: 0.1 + unit: "%" + interface_group: heat_storage_losses + position: 200 + slide_key: supply_heat_storage_lt +- key: energy_heat_network_storage_lt_steam_hot_water_output_capacity_share + step_value: 0.1 + unit: "%" + interface_group: heat_storage_capacity + fixed: false + position: 300 + slide_key: supply_heat_storage_lt diff --git a/config/interface/input_elements/supply_heat_storage_mt.yml b/config/interface/input_elements/supply_heat_storage_mt.yml new file mode 100644 index 000000000..ce8a7b806 --- /dev/null +++ b/config/interface/input_elements/supply_heat_storage_mt.yml @@ -0,0 +1,19 @@ +--- +- key: heat_storage_enabled_mt + step_value: 0.1 + unit: boolean + position: 100 + slide_key: supply_heat_storage_mt +- key: energy_heat_network_storage_mt_loss_share + step_value: 0.1 + unit: "%" + interface_group: heat_storage_losses + position: 200 + slide_key: supply_heat_storage_mt +- key: energy_heat_network_storage_mt_steam_hot_water_output_capacity_share + step_value: 0.1 + unit: "%" + interface_group: heat_storage_capacity + fixed: false + position: 300 + slide_key: supply_heat_storage_mt diff --git a/config/interface/input_elements/supply_heat_transport_ht.yml b/config/interface/input_elements/supply_heat_transport_ht.yml new file mode 100644 index 000000000..212738723 --- /dev/null +++ b/config/interface/input_elements/supply_heat_transport_ht.yml @@ -0,0 +1,6 @@ +--- +- key: energy_heat_distribution_ht_loss_share + step_value: 0.1 + unit: "%" + position: 1 + slide_key: supply_heat_transport_ht \ No newline at end of file diff --git a/config/interface/input_elements/supply_heat_transport_lt.yml b/config/interface/input_elements/supply_heat_transport_lt.yml new file mode 100644 index 000000000..20a4058c7 --- /dev/null +++ b/config/interface/input_elements/supply_heat_transport_lt.yml @@ -0,0 +1,6 @@ +--- +- key: energy_heat_distribution_lt_loss_share + step_value: 0.1 + unit: "%" + position: 1 + slide_key: supply_heat_transport_lt diff --git a/config/interface/input_elements/supply_heat_transport_mt.yml b/config/interface/input_elements/supply_heat_transport_mt.yml new file mode 100644 index 000000000..185034788 --- /dev/null +++ b/config/interface/input_elements/supply_heat_transport_mt.yml @@ -0,0 +1,6 @@ +--- +- key: energy_heat_distribution_mt_loss_share + step_value: 0.1 + unit: "%" + position: 1 + slide_key: supply_heat_transport_mt diff --git a/config/interface/output_element_presets.yml b/config/interface/output_element_presets.yml index f1acd4489..d5745d33c 100644 --- a/config/interface/output_element_presets.yml +++ b/config/interface/output_element_presets.yml @@ -6,8 +6,10 @@ - hourly_flexibility_electricity - mekko_of_hydrogen_network - source_of_electricity_in_p2g - - collective_heat_mekko - - heat_network_storage + - sankey_heat_networks + - heat_network_storage_ht + - heat_network_storage_mt + - heat_network_storage_lt - merit_order_hourly_supply - source_of_electricity_production - dynamic_demand_curve diff --git a/config/interface/output_element_series/costs_overview.yml b/config/interface/output_element_series/costs_overview.yml index a07a8ac40..ea3ca506a 100644 --- a/config/interface/output_element_series/costs_overview.yml +++ b/config/interface/output_element_series/costs_overview.yml @@ -67,7 +67,7 @@ - label: costs_co2 unit: euro color: "#FCC43D" - order_by: 6 + order_by: 7 group: show_at_first: is_target_line: false diff --git a/config/interface/output_element_series/cost_overview_detailed.yml b/config/interface/output_element_series/costs_overview_detailed.yml similarity index 99% rename from config/interface/output_element_series/cost_overview_detailed.yml rename to config/interface/output_element_series/costs_overview_detailed.yml index 2ad88b021..9159f7a80 100644 --- a/config/interface/output_element_series/cost_overview_detailed.yml +++ b/config/interface/output_element_series/costs_overview_detailed.yml @@ -351,7 +351,6 @@ dependent_on: output_element_key: costs_overview_detailed key: costs_infrastructure_network_gas_costs_overview_detailed - - label: costs_co2 color: "#FCC43D" order_by: 600 diff --git a/config/interface/output_element_series/heat_cost_capacity.yml b/config/interface/output_element_series/heat_cost_capacity.yml deleted file mode 100644 index ae0414025..000000000 --- a/config/interface/output_element_series/heat_cost_capacity.yml +++ /dev/null @@ -1,121 +0,0 @@ ---- -- label: energy_heat_backup_burner_network_gas - color: "#CED6E0" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_backup_burner_network_gas_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_backup_burner_network_gas_heat_cost_capacity -- label: energy_heat_burner_coal - color: "#333333" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_coal_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_burner_coal_heat_cost_capacity -- label: energy_heat_burner_crude_oil - color: "#CD6133" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_crude_oil_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_burner_crude_oil_heat_cost_capacity -- label: energy_heat_burner_hydrogen - color: "#87CEEB" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_hydrogen_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_burner_hydrogen_heat_cost_capacity -- label: energy_heat_burner_network_gas - color: "#A4B0BE" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_network_gas_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_burner_network_gas_heat_cost_capacity -- label: energy_heat_burner_waste_mix - color: "#006266" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_waste_mix_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_burner_waste_mix_heat_cost_capacity -- label: energy_heat_burner_wood_pellets - color: "#009432" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_wood_pellets_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_burner_wood_pellets_heat_cost_capacity -- label: energy_heat_heatpump_water_water_electricity - color: "#ADD8E6" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_heatpump_water_water_electricity_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_heatpump_water_water_electricity_heat_cost_capacity -- label: energy_heat_boiler_electricity - color: "#b9effe" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_boiler_electricity_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_boiler_electricity_heat_cost_capacity -- label: energy_heat_network_storage - color: "#0984E3" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_network_storage_heat_cost_capacity_chart - is_1990: - dependent_on: - output_element_key: heat_cost_capacity - key: energy_heat_network_storage_heat_cost_capacity diff --git a/config/interface/output_element_series/heat_cost_capacity_ht.yml b/config/interface/output_element_series/heat_cost_capacity_ht.yml new file mode 100644 index 000000000..402ad6c98 --- /dev/null +++ b/config/interface/output_element_series/heat_cost_capacity_ht.yml @@ -0,0 +1,121 @@ +--- +- label: energy_heat_backup_burner_ht_network_gas + color: "#CED6E0" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_backup_burner_ht_network_gas_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_backup_burner_ht_network_gas_heat_cost_capacity +- label: energy_heat_burner_ht_coal + color: "#333333" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_ht_coal_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_burner_ht_coal_heat_cost_capacity +- label: energy_heat_burner_ht_crude_oil + color: "#CD6133" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_ht_crude_oil_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_burner_ht_crude_oil_heat_cost_capacity +- label: energy_heat_burner_ht_hydrogen + color: "#87CEEB" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_ht_hydrogen_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_burner_ht_hydrogen_heat_cost_capacity +- label: energy_heat_burner_ht_network_gas + color: "#A4B0BE" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_ht_network_gas_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_burner_ht_network_gas_heat_cost_capacity +- label: energy_heat_burner_ht_waste_mix + color: "#006266" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_ht_waste_mix_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_burner_ht_waste_mix_heat_cost_capacity +- label: energy_heat_burner_ht_wood_pellets + color: "#009432" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_ht_wood_pellets_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_burner_ht_wood_pellets_heat_cost_capacity +- label: energy_heat_heatpump_water_water_ht_electricity + color: "#ADD8E6" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_heatpump_water_water_ht_electricity_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_heatpump_water_water_ht_electricity_heat_cost_capacity +- label: energy_heat_boiler_ht_electricity + color: "#b9effe" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_boiler_ht_electricity_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_boiler_ht_electricity_heat_cost_capacity +- label: energy_heat_network_storage + color: "#0984E3" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_network_storage_heat_ht_steam_hot_water_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_ht + key: energy_heat_network_storage_heat_ht_steam_hot_water_heat_cost_capacity_chart diff --git a/config/interface/output_element_series/heat_cost_capacity_lt.yml b/config/interface/output_element_series/heat_cost_capacity_lt.yml new file mode 100644 index 000000000..8607955c2 --- /dev/null +++ b/config/interface/output_element_series/heat_cost_capacity_lt.yml @@ -0,0 +1,61 @@ +--- +- label: energy_heat_backup_burner_lt_network_gas + color: "#CED6E0" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_backup_burner_lt_network_gas_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_lt + key: energy_heat_backup_burner_lt_network_gas_heat_cost_capacity +- label: energy_heat_burner_lt_hydrogen + color: "#87CEEB" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_lt_hydrogen_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_lt + key: energy_heat_burner_lt_hydrogen_heat_cost_capacity +- label: energy_heat_heatpump_water_water_lt_electricity + color: "#ADD8E6" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_heatpump_water_water_lt_electricity_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_lt + key: energy_heat_heatpump_water_water_lt_electricity_heat_cost_capacity +- label: energy_heat_boiler_lt_electricity + color: "#b9effe" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_boiler_lt_electricity_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_lt + key: energy_heat_boiler_lt_electricity_heat_cost_capacity +- label: energy_heat_network_storage + color: "#0984E3" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_network_storage_heat_lt_steam_hot_water_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_lt + key: energy_heat_network_storage_heat_lt_steam_hot_water_heat_cost_capacity_chart diff --git a/config/interface/output_element_series/heat_cost_capacity_mt.yml b/config/interface/output_element_series/heat_cost_capacity_mt.yml new file mode 100644 index 000000000..a02324f7a --- /dev/null +++ b/config/interface/output_element_series/heat_cost_capacity_mt.yml @@ -0,0 +1,121 @@ +--- +- label: energy_heat_backup_burner_mt_network_gas + color: "#CED6E0" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_backup_burner_mt_network_gas_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_backup_burner_mt_network_gas_heat_cost_capacity +- label: energy_heat_burner_mt_coal + color: "#333333" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_mt_coal_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_burner_mt_coal_heat_cost_capacity +- label: energy_heat_burner_mt_crude_oil + color: "#CD6133" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_mt_crude_oil_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_burner_mt_crude_oil_heat_cost_capacity +- label: energy_heat_burner_mt_hydrogen + color: "#87CEEB" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_mt_hydrogen_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_burner_mt_hydrogen_heat_cost_capacity +- label: energy_heat_burner_mt_network_gas + color: "#A4B0BE" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_mt_network_gas_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_burner_mt_network_gas_heat_cost_capacity +- label: energy_heat_burner_mt_waste_mix + color: "#006266" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_mt_waste_mix_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_burner_mt_waste_mix_heat_cost_capacity +- label: energy_heat_burner_mt_wood_pellets + color: "#009432" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_mt_wood_pellets_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_burner_mt_wood_pellets_heat_cost_capacity +- label: energy_heat_heatpump_water_water_mt_electricity + color: "#ADD8E6" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_heatpump_water_water_mt_electricity_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_heatpump_water_water_mt_electricity_heat_cost_capacity +- label: energy_heat_boiler_mt_electricity + color: "#b9effe" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_boiler_mt_electricity_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_boiler_mt_electricity_heat_cost_capacity +- label: energy_heat_network_storage + color: "#0984E3" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_network_storage_heat_mt_steam_hot_water_heat_cost_capacity_chart + is_1990: + dependent_on: + output_element_key: heat_cost_capacity_mt + key: energy_heat_network_storage_heat_mt_steam_hot_water_heat_cost_capacity_chart diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs.yml deleted file mode 100644 index df7baaf9f..000000000 --- a/config/interface/output_element_series/heat_infrastructure_annualised_costs.yml +++ /dev/null @@ -1,61 +0,0 @@ ---- -- label: heat_infrastructure_distribution_pipelines_annualised_costs - color: "#002B42" - order_by: 1 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: heat_infrastructure_distribution_pipelines_annualised_costs - is_1990: - dependent_on: - output_element_key: heat_infrastructure_annualised_costs - key: heat_infrastructure_distribution_pipelines_annualised_costs_heat_infrastructure_annualised_costs -- label: heat_infrastructure_primary_pipelines_annualised_costs - color: "#619AB7" - order_by: 2 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: heat_infrastructure_primary_pipelines_annualised_costs - is_1990: - dependent_on: - output_element_key: heat_infrastructure_annualised_costs - key: heat_infrastructure_primary_pipelines_annualised_costs_heat_infrastructure_annualised_costs -- label: heat_infrastructure_distribution_stations_annualised_costs - color: "#C5D75F" - order_by: 3 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: heat_infrastructure_distribution_stations_annualised_costs - is_1990: - dependent_on: - output_element_key: heat_infrastructure_annualised_costs - key: heat_infrastructure_distribution_stations_annualised_costs_heat_infrastructure_annualised_costs -- label: heat_infrastructure_indoor_annualised_costs - color: "#CAB39E" - order_by: 4 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: heat_infrastructure_indoor_annualised_costs - is_1990: - dependent_on: - output_element_key: heat_infrastructure_annualised_costs - key: heat_infrastructure_indoor_annualised_costs_heat_infrastructure_annualised_costs -- label: heat_infrastructure_storage_annualised_costs - color: "#FCC43D" - order_by: 5 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: heat_infrastructure_storage_annualised_costs - is_1990: - dependent_on: - output_element_key: heat_infrastructure_annualised_costs - key: heat_infrastructure_storage_annualised_costs_heat_infrastructure_annualised_costs diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs_ht.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs_ht.yml new file mode 100644 index 000000000..c9e4324db --- /dev/null +++ b/config/interface/output_element_series/heat_infrastructure_annualised_costs_ht.yml @@ -0,0 +1,61 @@ +--- +- label: heat_infrastructure_ht_distribution_pipelines_annualised_costs + color: "#002B42" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_ht_distribution_pipelines_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_ht + key: heat_infrastructure_ht_distribution_pipelines_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_ht_primary_pipelines_annualised_costs + color: "#619AB7" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_ht_primary_pipelines_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_ht + key: heat_infrastructure_ht_primary_pipelines_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_ht_distribution_stations_annualised_costs + color: "#C5D75F" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_ht_distribution_stations_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_ht + key: heat_infrastructure_ht_distribution_stations_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_ht_indoor_annualised_costs + color: "#CAB39E" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_ht_indoor_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_ht + key: heat_infrastructure_ht_indoor_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_ht_storage_annualised_costs + color: "#702283" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_ht_storage_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_ht + key: heat_infrastructure_ht_storage_annualised_costs_heat_infrastructure_annualised_costs \ No newline at end of file diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs_lt.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs_lt.yml new file mode 100644 index 000000000..75244202a --- /dev/null +++ b/config/interface/output_element_series/heat_infrastructure_annualised_costs_lt.yml @@ -0,0 +1,61 @@ +--- +- label: heat_infrastructure_lt_distribution_pipelines_annualised_costs + color: "#002B42" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_lt_distribution_pipelines_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_lt + key: heat_infrastructure_lt_distribution_pipelines_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_lt_primary_pipelines_annualised_costs + color: "#619AB7" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_lt_primary_pipelines_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_lt + key: heat_infrastructure_lt_primary_pipelines_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_lt_distribution_stations_annualised_costs + color: "#C5D75F" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_lt_distribution_stations_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_lt + key: heat_infrastructure_lt_distribution_stations_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_lt_indoor_annualised_costs + color: "#CAB39E" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_lt_indoor_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_lt + key: heat_infrastructure_lt_indoor_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_lt_storage_annualised_costs + color: "#FCC43D" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_lt_storage_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_lt + key: heat_infrastructure_lt_storage_annualised_costs_heat_infrastructure_annualised_costs diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs_mt.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs_mt.yml new file mode 100644 index 000000000..9da2853be --- /dev/null +++ b/config/interface/output_element_series/heat_infrastructure_annualised_costs_mt.yml @@ -0,0 +1,61 @@ +--- +- label: heat_infrastructure_mt_distribution_pipelines_annualised_costs + color: "#002B42" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_mt_distribution_pipelines_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_mt + key: heat_infrastructure_mt_distribution_pipelines_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_mt_primary_pipelines_annualised_costs + color: "#619AB7" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_mt_primary_pipelines_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_mt + key: heat_infrastructure_mt_primary_pipelines_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_mt_distribution_stations_annualised_costs + color: "#C5D75F" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_mt_distribution_stations_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_mt + key: heat_infrastructure_mt_distribution_stations_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_mt_indoor_annualised_costs + color: "#CAB39E" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_mt_indoor_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_mt + key: heat_infrastructure_mt_indoor_annualised_costs_heat_infrastructure_annualised_costs +- label: heat_infrastructure_mt_storage_annualised_costs + color: "#FCC43D" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: heat_infrastructure_mt_storage_annualised_costs + is_1990: + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_mt + key: heat_infrastructure_mt_storage_annualised_costs_heat_infrastructure_annualised_costs diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_ht.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_ht.yml new file mode 100644 index 000000000..382c626cb --- /dev/null +++ b/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_ht.yml @@ -0,0 +1,84 @@ +--- +- label: heat_infrastructure_ht_outdoor_infrastructure_annualised_capex_per_household + color: "#002B42" + order_by: 1 + group: + show_at_first: + is_target_line: false + gquery: households_ht_outdoor_heat_infrastructure_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_outdoor_infrastructure_annualised_capex_per_household_ht_heat_network +- label: heat_infrastructure_ht_outdoor_infrastructure_annualised_opex_per_household + color: "#325567" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_ht_outdoor_heat_infrastructure_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_outdoor_infrastructure_annualised_opex_per_household_ht_heat_network +- label: heat_infrastructure_ht_installations_annualised_capex_per_household + color: "#619ab7" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_ht_installations_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_installations_annualised_capex_per_household_ht_heat_network +- label: heat_infrastructure_ht_installations_annualised_opex_per_household + color: "#bfd6e2" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_ht_installations_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_installations_annualised_opex_per_household_ht_heat_network +- label: heat_infrastructure_ht_indoor_infrastructure_annualised_capex_per_household + color: "#CAB39E" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_ht_indoor_heat_infrastructure_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_indoor_infrastructure_annualised_capex_per_household_ht_heat_network +- label: heat_infrastructure_ht_indoor_infrastructure_annualised_opex_per_household + color: "#e4d9ce" + order_by: 6 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_ht_indoor_heat_infrastructure_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_indoor_infrastructure_annualised_opex_per_household_ht_heat_network +- label: heat_infrastructure_ht_heat_delivery_system_annualised_capex_per_household + color: "#FCC43D" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_ht_heat_delivery_system_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_ht + key: heat_infrastructure_ht_heat_delivery_system_annualised_capex_per_household_ht_heat_network \ No newline at end of file diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_lt.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_lt.yml new file mode 100644 index 000000000..16d737595 --- /dev/null +++ b/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_lt.yml @@ -0,0 +1,84 @@ +--- +- label: heat_infrastructure_lt_outdoor_infrastructure_annualised_capex_per_household + color: "#002B42" + order_by: 1 + group: + show_at_first: + is_target_line: false + gquery: households_lt_outdoor_heat_infrastructure_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_outdoor_infrastructure_annualised_capex_per_household_lt_heat_network +- label: heat_infrastructure_lt_outdoor_infrastructure_annualised_opex_per_household + color: "#325567" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_lt_outdoor_heat_infrastructure_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_outdoor_infrastructure_annualised_opex_per_household_lt_heat_network +- label: heat_infrastructure_lt_installations_annualised_capex_per_household + color: "#619ab7" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_lt_installations_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_installations_annualised_capex_per_household_lt_heat_network +- label: heat_infrastructure_lt_installations_annualised_opex_per_household + color: "#bfd6e2" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_lt_installations_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_installations_annualised_opex_per_household_lt_heat_network +- label: heat_infrastructure_lt_indoor_infrastructure_annualised_capex_per_household + color: "#CAB39E" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_lt_indoor_heat_infrastructure_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_indoor_infrastructure_annualised_capex_per_household_lt_heat_network +- label: heat_infrastructure_lt_indoor_infrastructure_annualised_opex_per_household + color: "#e4d9ce" + order_by: 6 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_lt_indoor_heat_infrastructure_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_indoor_infrastructure_annualised_opex_per_household_lt_heat_network +- label: heat_infrastructure_lt_heat_delivery_system_annualised_capex_per_household + color: "#FCC43D" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_lt_heat_delivery_system_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_lt + key: heat_infrastructure_lt_heat_delivery_system_annualised_capex_per_household_lt_heat_network \ No newline at end of file diff --git a/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_mt.yml b/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_mt.yml new file mode 100644 index 000000000..09717ee5f --- /dev/null +++ b/config/interface/output_element_series/heat_infrastructure_annualised_costs_per_household_mt.yml @@ -0,0 +1,84 @@ +--- +- label: heat_infrastructure_mt_outdoor_infrastructure_annualised_capex_per_household + color: "#002B42" + order_by: 1 + group: + show_at_first: + is_target_line: false + gquery: households_mt_outdoor_heat_infrastructure_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_outdoor_infrastructure_annualised_capex_per_household_mt_heat_network +- label: heat_infrastructure_mt_outdoor_infrastructure_annualised_opex_per_household + color: "#325567" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_mt_outdoor_heat_infrastructure_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_outdoor_infrastructure_annualised_opex_per_household_mt_heat_network +- label: heat_infrastructure_mt_installations_annualised_capex_per_household + color: "#619ab7" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_mt_installations_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_installations_annualised_capex_per_household_mt_heat_network +- label: heat_infrastructure_mt_installations_annualised_opex_per_household + color: "#bfd6e2" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_mt_installations_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_installations_annualised_opex_per_household_mt_heat_network +- label: heat_infrastructure_mt_indoor_infrastructure_annualised_capex_per_household + color: "#CAB39E" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_mt_indoor_heat_infrastructure_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_indoor_infrastructure_annualised_capex_per_household_mt_heat_network +- label: heat_infrastructure_mt_indoor_infrastructure_annualised_opex_per_household + color: "#e4d9ce" + order_by: 6 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_mt_indoor_heat_infrastructure_opex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_indoor_infrastructure_annualised_opex_per_household_mt_heat_network +- label: heat_infrastructure_mt_heat_delivery_system_annualised_capex_per_household + color: "#FCC43D" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_mt_heat_delivery_system_capex_per_household + is_1990: false + dependent_on: + output_element_key: heat_infrastructure_annualised_costs_per_household_mt + key: heat_infrastructure_mt_heat_delivery_system_annualised_capex_per_household_mt_heat_network \ No newline at end of file diff --git a/config/interface/output_element_series/heat_network_demand.yml b/config/interface/output_element_series/heat_network_demand_ht.yml similarity index 55% rename from config/interface/output_element_series/heat_network_demand.yml rename to config/interface/output_element_series/heat_network_demand_ht.yml index 0570e25a0..2f107fc15 100644 --- a/config/interface/output_element_series/heat_network_demand.yml +++ b/config/interface/output_element_series/heat_network_demand_ht.yml @@ -6,11 +6,11 @@ show_at_first: is_target_line: true target_line_position: - gquery: heat_network_production_curve + gquery: heat_network_ht_production_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: heat_network_production_heat_network_demand + output_element_key: heat_network_demand_ht + key: heat_network_ht_production_heat_network_demand - label: agriculture_final_demand_steam_hot_water_input_curve color: "#6AB04C" order_by: 2 @@ -18,11 +18,11 @@ show_at_first: is_target_line: false target_line_position: - gquery: agriculture_final_demand_central_steam_hot_water_input_curve + gquery: agriculture_final_demand_ht_central_steam_hot_water_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: agriculture_final_demand_central_steam_hot_water_input_curve_heat_network_demand + output_element_key: heat_network_demand_ht + key: agriculture_final_demand_ht_central_steam_hot_water_input_curve_heat_network_demand - label: buildings_final_demand_steam_hot_water_input_curve color: "#F9CA24" order_by: 3 @@ -30,11 +30,11 @@ show_at_first: is_target_line: false target_line_position: - gquery: buildings_final_demand_steam_hot_water_input_curve + gquery: buildings_final_demand_ht_steam_hot_water_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: buildings_final_demand_steam_hot_water_input_curve_heat_network_demand + output_element_key: heat_network_demand_ht + key: buildings_final_demand_ht_steam_hot_water_input_curve_heat_network_demand - label: households_final_demand_steam_hot_water_input_curve color: "#E69567" order_by: 4 @@ -42,11 +42,11 @@ show_at_first: is_target_line: false target_line_position: - gquery: households_final_demand_steam_hot_water_input_curve + gquery: households_final_demand_ht_steam_hot_water_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: households_final_demand_steam_hot_water_input_curve_heat_network_demand + output_element_key: heat_network_demand_ht + key: households_final_demand_ht_steam_hot_water_input_curve_heat_network_demand - label: other_final_demand_steam_hot_water_input_curve color: "#786FA6" order_by: 5 @@ -54,11 +54,11 @@ show_at_first: is_target_line: false target_line_position: - gquery: other_final_demand_steam_hot_water_input_curve + gquery: other_final_demand_ht_steam_hot_water_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: other_final_demand_steam_hot_water_input_curve_heat_network_demand + output_element_key: heat_network_demand_ht + key: other_final_demand_ht_steam_hot_water_input_curve_heat_network_demand - label: energy_direct_air_capture_steam_hot_water_input_curve color: "#b71540" order_by: 6 @@ -69,7 +69,7 @@ gquery: energy_direct_air_capture_steam_hot_water_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand + output_element_key: heat_network_demand_ht key: energy_direct_air_capture_steam_hot_water_input_curve_heat_network_demand - label: energy_heat_distribution_loss_input_curve color: "#800080" @@ -78,11 +78,11 @@ show_at_first: is_target_line: false target_line_position: - gquery: energy_heat_distribution_loss_input_curve + gquery: energy_heat_distribution_ht_loss_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: energy_heat_distribution_loss_input_curve_heat_network_demand + output_element_key: heat_network_demand_ht + key: energy_heat_distribution_ht_loss_input_curve_heat_network_demand - label: energy_heat_unused_steam_hot_water_input_curve color: "#BFEFFF" order_by: 8 @@ -90,11 +90,11 @@ show_at_first: is_target_line: false target_line_position: - gquery: energy_heat_unused_steam_hot_water_input_curve + gquery: energy_heat_unused_ht_steam_hot_water_input_curve is_1990: dependent_on: - output_element_key: heat_network_demand - key: energy_heat_unused_steam_hot_water_input_curve_heat_network_demand + output_element_key: heat_network_demand_ht + key: energy_heat_unused_ht_steam_hot_water_input_curve_heat_network_demand - label: energy_heat_network_storage_in color: "#0984E3" order_by: 9 @@ -102,8 +102,8 @@ show_at_first: false is_target_line: false target_line_position: '' - gquery: energy_heat_network_storage_input_curve + gquery: energy_heat_network_storage_ht_steam_hot_water_input_curve is_1990: false dependent_on: - output_element_key: heat_network_demand - key: energy_heat_network_storage_in_heat_network_demand + output_element_key: heat_network_demand_ht + key: energy_heat_network_storage_ht_in_heat_network_demand diff --git a/config/interface/output_element_series/heat_network_demand_lt.yml b/config/interface/output_element_series/heat_network_demand_lt.yml new file mode 100644 index 000000000..b62b7946b --- /dev/null +++ b/config/interface/output_element_series/heat_network_demand_lt.yml @@ -0,0 +1,86 @@ +--- +- label: heat_network_production + color: "#FF0000" + order_by: 1 + group: + show_at_first: + is_target_line: true + target_line_position: + gquery: heat_network_lt_production_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_lt + key: heat_network_lt_production_heat_network_demand +# AGRICULTURE GEEN LT VOLGENS MIJ? +# - label: agriculture_final_demand_steam_hot_water_input_curve +# color: "#6AB04C" +# order_by: 2 +# group: +# show_at_first: +# is_target_line: false +# target_line_position: +# gquery: agriculture_final_demand_ht_central_steam_hot_water_input_curve +# is_1990: +# dependent_on: +# output_element_key: heat_network_demand_lt +# key: agriculture_final_demand_ht_central_steam_hot_water_input_curve_heat_network_demand +- label: buildings_final_demand_steam_hot_water_input_curve + color: "#F9CA24" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: buildings_final_demand_lt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_lt + key: buildings_final_demand_lt_steam_hot_water_input_curve_heat_network_demand +- label: households_final_demand_steam_hot_water_input_curve + color: "#E69567" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_final_demand_lt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_lt + key: households_final_demand_lt_steam_hot_water_input_curve_heat_network_demand +- label: energy_heat_distribution_loss_input_curve + color: "#800080" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_distribution_lt_loss_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_lt + key: energy_heat_distribution_lt_loss_input_curve_heat_network_demand +- label: energy_heat_unused_steam_hot_water_input_curve + color: "#BFEFFF" + order_by: 8 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_unused_lt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_lt + key: energy_heat_unused_lt_steam_hot_water_input_curve_heat_network_demand +- label: energy_heat_network_storage_in + color: "#0984E3" + order_by: 9 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_network_storage_lt_steam_hot_water_input_curve + is_1990: false + dependent_on: + output_element_key: heat_network_demand_lt + key: energy_heat_network_storage_lt_in_heat_network_demand diff --git a/config/interface/output_element_series/heat_network_demand_mt.yml b/config/interface/output_element_series/heat_network_demand_mt.yml new file mode 100644 index 000000000..2042c05fa --- /dev/null +++ b/config/interface/output_element_series/heat_network_demand_mt.yml @@ -0,0 +1,85 @@ +--- +- label: heat_network_production + color: "#FF0000" + order_by: 1 + group: + show_at_first: + is_target_line: true + target_line_position: + gquery: heat_network_mt_production_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_mt + key: heat_network_mt_production_heat_network_demand +- label: agriculture_final_demand_steam_hot_water_input_curve + color: "#6AB04C" + order_by: 2 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: agriculture_final_demand_mt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_mt + key: agriculture_final_demand_mt_steam_hot_water_input_curve_heat_network_demand +- label: buildings_final_demand_steam_hot_water_input_curve + color: "#F9CA24" + order_by: 3 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: buildings_final_demand_mt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_mt + key: buildings_final_demand_mt_steam_hot_water_input_curve_heat_network_demand +- label: households_final_demand_steam_hot_water_input_curve + color: "#E69567" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: households_final_demand_mt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_mt + key: households_final_demand_mt_steam_hot_water_input_curve_heat_network_demand +- label: energy_heat_distribution_loss_input_curve + color: "#800080" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_distribution_mt_loss_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_mt + key: energy_heat_distribution_mt_loss_input_curve_heat_network_demand +- label: energy_heat_unused_steam_hot_water_input_curve + color: "#BFEFFF" + order_by: 8 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_unused_mt_steam_hot_water_input_curve + is_1990: + dependent_on: + output_element_key: heat_network_demand_mt + key: energy_heat_unused_mt_steam_hot_water_input_curve_heat_network_demand +- label: energy_heat_network_storage_in + color: "#0984E3" + order_by: 9 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_network_storage_mt_steam_hot_water_input_curve + is_1990: false + dependent_on: + output_element_key: heat_network_demand_mt + key: energy_heat_network_storage_mt_in_heat_network_demand diff --git a/config/interface/output_element_series/heat_network_production.yml b/config/interface/output_element_series/heat_network_production.yml deleted file mode 100644 index efed6aad0..000000000 --- a/config/interface/output_element_series/heat_network_production.yml +++ /dev/null @@ -1,301 +0,0 @@ ---- -- label: heat_network_demand - color: "#FF0000" - order_by: 1 - group: - show_at_first: - is_target_line: true - target_line_position: - gquery: heat_network_demand_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: heat_network_demand_heat_network_production -- label: energy_chp_combined_cycle_network_gas_steam_hot_water_output_curve - color: "#A4B0BE" - order_by: 3 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_chp_combined_cycle_network_gas_steam_hot_water_output_curve - is_1990: false - dependent_on: - output_element_key: heat_network_production - key: energy_chp_combined_cycle_network_gas_steam_hot_water_output_curve_heat_network_production -- label: energy_chp_local_engine_biogas_steam_hot_water_output_curve - color: "#CE8814" - order_by: 2 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_chp_local_engine_biogas_steam_hot_water_output_curve - is_1990: false - dependent_on: - output_element_key: heat_network_production - key: energy_chp_local_engine_biogas_steam_hot_water_output_curve_heat_network_production -- label: energy_chp_local_engine_network_gas_steam_hot_water_output_curve - color: "#DFE4EA" - order_by: 4 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_chp_local_engine_network_gas_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_chp_local_engine_network_gas_steam_hot_water_output_curve_heat_network_production -- label: energy_chp_local_wood_pellets_steam_hot_water_output_curve - color: "#3D6B0D" - order_by: 5 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_chp_local_wood_pellets_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_chp_local_wood_pellets_steam_hot_water_output_curve_heat_network_production -- label: energy_chp_supercritical_waste_mix_steam_hot_water_output_curve - color: "#218C74" - order_by: 6 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_chp_supercritical_waste_mix_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_chp_supercritical_waste_mix_steam_hot_water_output_curve_heat_network_production -- label: energy_chp_supercritical_ccs_waste_mix_steam_hot_water_output_curve - color: "#218C74" - order_by: 6 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_chp_supercritical_ccs_waste_mix_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_chp_supercritical_ccs_waste_mix_steam_hot_water_output_curve_heat_network_production -- label: energy_chp_ultra_supercritical_lignite_steam_hot_water_output_curve - color: "#222F3E" - order_by: 7 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_chp_ultra_supercritical_lignite_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_chp_ultra_supercritical_lignite_steam_hot_water_output_curve_heat_network_production -- label: energy_chps_coal_steam_hot_water_output_curve - color: "#485460" - order_by: 8 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_chp_coal_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_chps_coal_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_backup_burner_network_gas_steam_hot_water_output_curve - color: "#CED6E0" - order_by: 19 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_heat_backup_burner_network_gas_steam_hot_water_output_curve - is_1990: false - dependent_on: - output_element_key: heat_network_production - key: energy_heat_backup_burner_network_gas_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_burner_crude_oil_steam_hot_water_output_curve - color: "#CD6133" - order_by: 10 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_crude_oil_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_burner_crude_oil_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_burner_coal_steam_hot_water_output_curve - color: "#333333" - order_by: 11 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_coal_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_burner_coal_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_burner_hydrogen_steam_hot_water_output_curve - color: "#87CEEB" - order_by: 12 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_hydrogen_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_burner_hydrogen_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_burner_network_gas_steam_hot_water_output_curve - color: "#A4B0BE" - order_by: 13 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_network_gas_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_burner_network_gas_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_burner_waste_mix_steam_hot_water_output_curve - color: "#006266" - order_by: 14 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_waste_mix_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_burner_waste_mix_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_burner_wood_pellets_steam_hot_water_output_curve - color: "#009432" - order_by: 15 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_burner_wood_pellets_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_burner_wood_pellets_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_heatpump_water_water_electricity_steam_hot_water_output_curve - color: "#ADD8E6" - order_by: 16 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_heatpump_water_water_electricity_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_heatpump_water_water_electricity_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_boiler_electricity_steam_hot_water_output_curve - color: "#b9effe" - order_by: 17 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_boiler_electricity_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_boiler_electricity_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_import_steam_hot_water_steam_hot_water_output_curve - color: "#FF8C8C" - order_by: 2 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_heat_import_steam_hot_water_steam_hot_water_output_curve - is_1990: false - dependent_on: - output_element_key: heat_network_production - key: energy_heat_import_steam_hot_water_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_solar_thermal_steam_hot_water_output_curve - color: "#FFD700" - order_by: 18 - group: - show_at_first: - is_target_line: false - target_line_position: - gquery: energy_heat_solar_thermal_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_solar_thermal_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_well_geothermal_steam_hot_water_output_curve - color: "#FFA502" - order_by: 2 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_heat_well_geothermal_steam_hot_water_output_curve - is_1990: false - dependent_on: - output_element_key: heat_network_production - key: energy_heat_well_geothermal_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_network_storage_out - color: "#0984E3" - order_by: 20 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_heat_network_storage_output_curve - is_1990: false - dependent_on: - output_element_key: heat_network_production - key: energy_heat_network_storage_out_heat_network_production -- label: energy_heat_industry_residual_heat_steam_hot_water_output_curve - color: "#00008B" - order_by: 1 - group: - show_at_first: - is_target_line: - target_line_position: - gquery: energy_heat_industry_residual_heat_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_industry_residual_heat_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_flexibility_p2h_boiler_electricity_steam_hot_water_output_curve - color: "#46c1e3" - order_by: 9 - group: - show_at_first: - is_target_line: - target_line_position: - gquery: energy_heat_flexibility_p2h_boiler_electricity_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_flexibility_p2h_boiler_electricity_steam_hot_water_output_curve_heat_network_production -- label: energy_heat_flexibility_p2h_heatpump_electricity_steam_hot_water_output_curve - color: "blue" - order_by: 9 - group: - show_at_first: - is_target_line: - target_line_position: - gquery: energy_heat_flexibility_p2h_heatpump_electricity_steam_hot_water_output_curve - is_1990: - dependent_on: - output_element_key: heat_network_production - key: energy_heat_flexibility_p2h_heatpump_electricity_steam_hot_water_output_curve_heat_network_production diff --git a/config/interface/output_element_series/heat_network_production_ht.yml b/config/interface/output_element_series/heat_network_production_ht.yml new file mode 100644 index 000000000..2aa64a493 --- /dev/null +++ b/config/interface/output_element_series/heat_network_production_ht.yml @@ -0,0 +1,265 @@ +--- +- label: heat_network_demand + color: "#FF0000" + order_by: 1 + group: + show_at_first: + is_target_line: true + target_line_position: + gquery: heat_network_ht_demand_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: heat_network_demand_heat_network_production_ht +- label: energy_chp_combined_cycle_network_gas_steam_hot_water_output_curve + color: "#A4B0BE" + order_by: 3 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_chp_combined_cycle_network_gas_ht_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_combined_cycle_network_gas_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_local_engine_biogas_steam_hot_water_output_curve + color: "#CE8814" + order_by: 2 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_chp_local_engine_biogas_ht_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_local_engine_biogas_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_local_engine_network_gas_steam_hot_water_output_curve + color: "#DFE4EA" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_local_engine_network_gas_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_local_engine_network_gas_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_local_wood_pellets_steam_hot_water_output_curve + color: "#3D6B0D" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_local_wood_pellets_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_local_wood_pellets_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_supercritical_waste_mix_steam_hot_water_output_curve + color: "#218C74" + order_by: 6 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_supercritical_waste_mix_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_supercritical_waste_mix_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_supercritical_ccs_waste_mix_steam_hot_water_output_curve + color: "#218C74" + order_by: 6 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_supercritical_ccs_waste_mix_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_supercritical_ccs_waste_mix_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_ultra_supercritical_lignite_steam_hot_water_output_curve + color: "#222F3E" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_ultra_supercritical_lignite_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chp_ultra_supercritical_lignite_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_chps_coal_steam_hot_water_output_curve + color: "#485460" + order_by: 8 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_coal_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_chps_coal_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_backup_burner_network_gas_steam_hot_water_output_curve + color: "#CED6E0" + order_by: 19 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_backup_burner_network_gas_ht_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_backup_burner_network_gas_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_crude_oil_steam_hot_water_output_curve + color: "#CD6133" + order_by: 10 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_crude_oil_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_burner_crude_oil_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_coal_steam_hot_water_output_curve + color: "#333333" + order_by: 11 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_coal_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_burner_coal_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_hydrogen_steam_hot_water_output_curve + color: "#87CEEB" + order_by: 12 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_hydrogen_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_burner_hydrogen_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_network_gas_steam_hot_water_output_curve + color: "#A4B0BE" + order_by: 13 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_network_gas_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_burner_network_gas_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_waste_mix_steam_hot_water_output_curve + color: "#006266" + order_by: 14 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_waste_mix_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_burner_waste_mix_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_wood_pellets_steam_hot_water_output_curve + color: "#009432" + order_by: 15 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_wood_pellets_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_burner_wood_pellets_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_heatpump_water_water_electricity_steam_hot_water_output_curve + color: "#ADD8E6" + order_by: 16 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_heatpump_water_water_electricity_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_heatpump_water_water_electricity_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_boiler_electricity_steam_hot_water_output_curve + color: "#b9effe" + order_by: 17 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_boiler_electricity_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_boiler_electricity_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_import_steam_hot_water_steam_hot_water_output_curve + color: "#FF8C8C" + order_by: 2 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_import_steam_hot_water_ht_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_import_steam_hot_water_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_solar_thermal_steam_hot_water_output_curve + color: "#FFD700" + order_by: 18 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_solar_thermal_ht_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_solar_thermal_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_well_deep_geothermal_steam_hot_water_output_curve + color: "#FFA502" + order_by: 2 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_well_deep_geothermal_ht_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_well_geothermal_ht_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_network_storage_out + color: "#0984E3" + order_by: 20 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_network_storage_ht_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_ht + key: energy_heat_network_storage_ht_steam_hot_water_out_heat_network_production diff --git a/config/interface/output_element_series/heat_network_production_lt.yml b/config/interface/output_element_series/heat_network_production_lt.yml new file mode 100644 index 000000000..7dd89ed10 --- /dev/null +++ b/config/interface/output_element_series/heat_network_production_lt.yml @@ -0,0 +1,109 @@ +--- +- label: heat_network_demand + color: "#FF0000" + order_by: 1 + group: + show_at_first: + is_target_line: true + target_line_position: + gquery: heat_network_lt_demand_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_lt + key: heat_network_demand_heat_network_production_lt +- label: energy_heat_backup_burner_network_gas_steam_hot_water_output_curve + color: "#CED6E0" + order_by: 19 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_backup_burner_network_gas_lt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_backup_burner_network_gas_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_hydrogen_steam_hot_water_output_curve + color: "#87CEEB" + order_by: 12 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_hydrogen_lt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_burner_hydrogen_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_heatpump_water_water_electricity_steam_hot_water_output_curve + color: "#ADD8E6" + order_by: 16 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_heatpump_water_water_electricity_lt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_heatpump_water_water_electricity_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_boiler_electricity_steam_hot_water_output_curve + color: "#b9effe" + order_by: 17 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_boiler_electricity_lt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_boiler_electricity_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_import_steam_hot_water_steam_hot_water_output_curve + color: "#FF8C8C" + order_by: 2 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_import_steam_hot_water_lt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_import_steam_hot_water_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_solar_thermal_steam_hot_water_output_curve + color: "#FFD700" + order_by: 18 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_solar_thermal_lt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_solar_thermal_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_well_shallow_geothermal_steam_hot_water_output_curve + color: "#A4B0BE" + order_by: 24 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_well_shallow_geothermal_lt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_well_shallow_geothermal_lt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_network_storage_out + color: "#0984E3" + order_by: 20 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_network_storage_lt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_lt + key: energy_heat_network_storage_lt_steam_hot_water_out_heat_network_production \ No newline at end of file diff --git a/config/interface/output_element_series/heat_network_production_mt.yml b/config/interface/output_element_series/heat_network_production_mt.yml new file mode 100644 index 000000000..16a5bd1f7 --- /dev/null +++ b/config/interface/output_element_series/heat_network_production_mt.yml @@ -0,0 +1,313 @@ +--- +- label: heat_network_demand + color: "#FF0000" + order_by: 1 + group: + show_at_first: + is_target_line: true + target_line_position: + gquery: heat_network_mt_demand_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: heat_network_demand_heat_network_production_mt +- label: energy_chp_combined_cycle_network_gas_steam_hot_water_output_curve + color: "#A4B0BE" + order_by: 3 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_chp_combined_cycle_network_gas_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_combined_cycle_network_gas_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_local_engine_biogas_steam_hot_water_output_curve + color: "#CE8814" + order_by: 2 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_chp_local_engine_biogas_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_local_engine_biogas_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_local_engine_network_gas_steam_hot_water_output_curve + color: "#DFE4EA" + order_by: 4 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_local_engine_network_gas_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_local_engine_network_gas_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_local_wood_pellets_steam_hot_water_output_curve + color: "#3D6B0D" + order_by: 5 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_local_wood_pellets_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_local_wood_pellets_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_supercritical_waste_mix_steam_hot_water_output_curve + color: "#218C74" + order_by: 6 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_supercritical_waste_mix_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_supercritical_waste_mix_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_supercritical_ccs_waste_mix_steam_hot_water_output_curve + color: "#218C74" + order_by: 21 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_supercritical_ccs_waste_mix_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_supercritical_ccs_waste_mix_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chp_ultra_supercritical_lignite_steam_hot_water_output_curve + color: "#222F3E" + order_by: 7 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_ultra_supercritical_lignite_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chp_ultra_supercritical_lignite_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_chps_coal_steam_hot_water_output_curve + color: "#485460" + order_by: 8 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_chp_coal_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_chps_coal_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_backup_burner_network_gas_steam_hot_water_output_curve + color: "#CED6E0" + order_by: 19 + group: '' + show_at_first: false + is_target_line: false + target_line_position: + gquery: energy_heat_backup_burner_network_gas_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_backup_burner_network_gas_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_crude_oil_steam_hot_water_output_curve + color: "#CD6133" + order_by: 10 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_crude_oil_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_burner_crude_oil_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_coal_steam_hot_water_output_curve + color: "#333333" + order_by: 11 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_coal_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_burner_coal_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_hydrogen_steam_hot_water_output_curve + color: "#87CEEB" + order_by: 12 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_hydrogen_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_burner_hydrogen_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_network_gas_steam_hot_water_output_curve + color: "#A4B0BE" + order_by: 13 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_network_gas_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_burner_network_gas_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_waste_mix_steam_hot_water_output_curve + color: "#006266" + order_by: 14 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_waste_mix_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_burner_waste_mix_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_burner_wood_pellets_steam_hot_water_output_curve + color: "#009432" + order_by: 15 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_burner_wood_pellets_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_burner_wood_pellets_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_heatpump_water_water_electricity_steam_hot_water_output_curve + color: "#ADD8E6" + order_by: 16 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_heatpump_water_water_electricity_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_heatpump_water_water_electricity_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_boiler_electricity_steam_hot_water_output_curve + color: "#b9effe" + order_by: 17 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_boiler_electricity_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_boiler_electricity_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_import_steam_hot_water_steam_hot_water_output_curve + color: "#FF8C8C" + order_by: 22 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_import_steam_hot_water_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_import_steam_hot_water_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_solar_thermal_steam_hot_water_output_curve + color: "#FFD700" + order_by: 18 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: energy_heat_solar_thermal_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_solar_thermal_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_well_deep_geothermal_steam_hot_water_output_curve + color: "#FFA502" + order_by: 23 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_well_deep_geothermal_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_well_geothermal_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_well_shallow_geothermal_steam_hot_water_output_curve + color: "#FFC04F" + order_by: 24 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_well_shallow_heatpump_geothermal_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_well_shallow_heatpump_geothermal_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_network_storage_out + color: "#0984E3" + order_by: 20 + group: '' + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_network_storage_mt_steam_hot_water_output_curve + is_1990: false + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_network_storage_mt_steam_hot_water_out_heat_network_production +- label: energy_heat_industry_residual_heat_steam_hot_water_output_curve + color: "#00008B" + order_by: 25 + group: + show_at_first: + is_target_line: + target_line_position: + gquery: energy_heat_industry_residual_heat_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_industry_residual_heat_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_flexibility_p2h_boiler_electricity_steam_hot_water_output_curve + color: "#46c1e3" + order_by: 26 + group: + show_at_first: + is_target_line: + target_line_position: + gquery: energy_heat_flexibility_p2h_boiler_electricity_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_flexibility_p2h_boiler_electricity_mt_steam_hot_water_output_curve_heat_network_production +- label: energy_heat_flexibility_p2h_heatpump_electricity_steam_hot_water_output_curve + color: "blue" + order_by: 27 + group: + show_at_first: + is_target_line: + target_line_position: + gquery: energy_heat_flexibility_p2h_heatpump_electricity_mt_steam_hot_water_output_curve + is_1990: + dependent_on: + output_element_key: heat_network_production_mt + key: energy_heat_flexibility_p2h_heatpump_electricity_mt_steam_hot_water_output_curve_heat_network_production diff --git a/config/interface/output_element_series/heat_network_storage.yml b/config/interface/output_element_series/heat_network_storage.yml deleted file mode 100644 index 56035de31..000000000 --- a/config/interface/output_element_series/heat_network_storage.yml +++ /dev/null @@ -1,13 +0,0 @@ ---- -- label: energy_heat_network_storage - color: "#E84118" - order_by: 1 - group: '' - show_at_first: false - is_target_line: false - target_line_position: '' - gquery: energy_heat_network_storage_storage_curve - is_1990: false - dependent_on: - output_element_key: heat_network_storage - key: energy_heat_network_storage_heat_network_storage diff --git a/config/interface/output_element_series/heat_network_storage_ht.yml b/config/interface/output_element_series/heat_network_storage_ht.yml new file mode 100644 index 000000000..d45914704 --- /dev/null +++ b/config/interface/output_element_series/heat_network_storage_ht.yml @@ -0,0 +1,13 @@ +--- +- label: energy_heat_network_storage + color: "#785EF0" + order_by: 100 + group: '' + show_at_first: false + is_target_line: false + target_line_position: + gquery: energy_heat_network_storage_ht_steam_hot_water_storage_curve + is_1990: false + dependent_on: + output_element_key: heat_network_storage_ht + key: heat_network_storage_ht_storage_curve diff --git a/config/interface/output_element_series/heat_network_storage_lt.yml b/config/interface/output_element_series/heat_network_storage_lt.yml new file mode 100644 index 000000000..a899189b8 --- /dev/null +++ b/config/interface/output_element_series/heat_network_storage_lt.yml @@ -0,0 +1,13 @@ +--- +- label: energy_heat_network_storage + color: "#FFB000" + order_by: 100 + group: '' + show_at_first: false + is_target_line: false + target_line_position: + gquery: energy_heat_network_storage_lt_steam_hot_water_storage_curve + is_1990: false + dependent_on: + output_element_key: heat_network_storage_lt + key: heat_network_storage_lt_storage_curve diff --git a/config/interface/output_element_series/heat_network_storage_mt.yml b/config/interface/output_element_series/heat_network_storage_mt.yml new file mode 100644 index 000000000..a5519a2c8 --- /dev/null +++ b/config/interface/output_element_series/heat_network_storage_mt.yml @@ -0,0 +1,13 @@ +--- +- label: energy_heat_network_storage + color: "#DC267F" + order_by: 100 + group: '' + show_at_first: false + is_target_line: false + target_line_position: + gquery: energy_heat_network_storage_mt_steam_hot_water_storage_curve + is_1990: false + dependent_on: + output_element_key: heat_network_storage_mt + key: heat_network_storage_mt_storage_curve diff --git a/config/interface/output_element_series/merit_order.yml b/config/interface/output_element_series/merit_order.yml index 44f3f6637..1d887c6a9 100644 --- a/config/interface/output_element_series/merit_order.yml +++ b/config/interface/output_element_series/merit_order.yml @@ -1,40 +1,76 @@ --- -- label: central_gas_chp +- label: gas_chp_ccgt_ht color: "#d9d9d9" order_by: 1 group: show_at_first: is_target_line: false target_line_position: - gquery: central_gas_chp_merit_order + gquery: gas_chp_ccgt_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: central_gas_chp_merit_order -- label: coal_chp + key: gas_chp_ccgt_ht_merit_order +- label: gas_chp_ccgt_mt + color: "#d9d9d9" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: gas_chp_ccgt_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: gas_chp_ccgt_mt_merit_order +- label: coal_chp_pwd_ht color: "#737373" order_by: 1 group: show_at_first: is_target_line: false target_line_position: - gquery: coal_chp_merit_order + gquery: coal_chp_pwd_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: coal_chp_merit_order -- label: coal_chp_cofiring + key: coal_chp_pwd_ht_merit_order +- label: coal_chp_pwd_mt + color: "#737373" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: coal_chp_pwd_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: coal_chp_pwd_mt_merit_order +- label: coal_chp_pwd_cofiring_ht color: "#83A374" order_by: 1 group: show_at_first: is_target_line: false target_line_position: - gquery: coal_chp_cofiring_merit_order + gquery: coal_chp_pwd_cofiring_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: coal_chp_cofiring_merit_order + key: coal_chp_pwd_cofiring_ht_merit_order +- label: coal_chp_pwd_cofiring_mt + color: "#83A374" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: coal_chp_pwd_cofiring_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: coal_chp_pwd_cofiring_mt_merit_order - label: coal_conv color: "#000000" order_by: 1 @@ -191,18 +227,30 @@ dependent_on: output_element_key: merit_order key: lignite_merit_order -- label: lignite_chp +- label: lignite_chp_ht + color: "#574528" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: lignite_chp_ht_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: lignite_chp_ht_merit_order +- label: lignite_chp_mt color: "#574528" order_by: 1 group: show_at_first: is_target_line: false target_line_position: - gquery: lignite_chp_merit_order + gquery: lignite_chp_mt_merit_order is_1990: dependent_on: output_element_key: merit_order - key: lignite_chp_merit_order + key: lignite_chp_mt_merit_order - label: lignite_oxy color: "#593B0A" order_by: 1 @@ -215,18 +263,30 @@ dependent_on: output_element_key: merit_order key: lignite_oxy_merit_order -- label: local_chp_biogas +- label: biogas_chp_ht color: "#98e3dc" order_by: 1 group: show_at_first: is_target_line: false target_line_position: - gquery: local_chp_biogas_merit_order + gquery: biogas_chp_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: local_chp_biogas_merit_order + key: biogas_chp_ht_merit_order +- label: biogas_chp_mt + color: "#98e3dc" + order_by: 1 + group: + show_at_first: + is_target_line: false + target_line_position: + gquery: biogas_chp_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: biogas_chp_mt_merit_order - label: waste_power color: "#a1d99b" order_by: 1 @@ -695,54 +755,102 @@ dependent_on: output_element_key: merit_order key: industry_chp_wood_merit_merit_order -- label: waste_chp_merit +- label: waste_chp_ht + color: "#006266" + order_by: 1 + group: '' + show_at_first: + is_target_line: false + target_line_position: + gquery: waste_chp_ht_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: waste_chp_ht_merit_order +- label: waste_chp_mt color: "#006266" order_by: 1 group: '' show_at_first: is_target_line: false target_line_position: - gquery: waste_chp_merit_order + gquery: waste_chp_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: waste_chp_mt_merit_order +- label: waste_chp_ccs_ht + color: "#82002b" + order_by: 1 + group: '' + show_at_first: + is_target_line: false + target_line_position: + gquery: waste_chp_ccs_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: waste_chp_merit_merit_order -- label: waste_chp_ccs_merit + key: waste_chp_ccs_ht_merit_merit_order +- label: waste_chp_ccs_mt color: "#82002b" order_by: 1 group: '' show_at_first: is_target_line: false target_line_position: - gquery: waste_chp_ccs_merit_order + gquery: waste_chp_ccs_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: waste_chp_ccs_mt_merit_merit_order +- label: wood_pellets_chp_ht + color: "#6AB04C" + order_by: 1 + group: '' + show_at_first: + is_target_line: false + target_line_position: + gquery: wood_pellets_chp_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: waste_chp_ccs_merit_merit_order -- label: local_chp_wood_merit + key: wood_pellets_chp_ht_merit_order +- label: wood_pellets_chp_mt color: "#6AB04C" order_by: 1 group: '' show_at_first: is_target_line: false target_line_position: - gquery: local_chp_wood_merit_order + gquery: wood_pellets_chp_mt_merit_order + is_1990: + dependent_on: + output_element_key: merit_order + key: wood_pellets_chp_mt_merit_order +- label: gas_chp_engine_ht + color: "#E84118" + order_by: 1 + group: '' + show_at_first: + is_target_line: false + target_line_position: + gquery: gas_chp_engine_ht_merit_order is_1990: dependent_on: output_element_key: merit_order - key: local_chp_wood_merit_merit_order -- label: local_chp_gas_merit + key: gas_chp_engine_ht_merit_order +- label: gas_chp_engine_mt color: "#E84118" order_by: 1 group: '' show_at_first: is_target_line: false target_line_position: - gquery: local_chp_gas_merit_order + gquery: gas_chp_engine_mt_merit_order is_1990: dependent_on: output_element_key: merit_order - key: local_chp_gas_merit_merit_order + key: gas_chp_engine_mt_merit_order - label: coal_gas_ccgt color: "#521b82" order_by: 1 diff --git a/config/interface/output_element_series/merit_order_hourly_flexibility.yml b/config/interface/output_element_series/merit_order_hourly_flexibility.yml index 3cb442c98..205897b1d 100644 --- a/config/interface/output_element_series/merit_order_hourly_flexibility.yml +++ b/config/interface/output_element_series/merit_order_hourly_flexibility.yml @@ -215,27 +215,51 @@ dependent_on: output_element_key: merit_order_hourly_flexibility key: energy_flexibility_flow_batteries_electricity_flex_merit_order_hourly_flexibility -- label: energy_heat_flexibility_p2h_heatpump_electricity - color: "#F6E58D" +- label: energy_heat_flexibility_p2h_heatpump_ht_electricity + color: "#f2d22e" order_by: 215 group: flex show_at_first: false is_target_line: false target_line_position: '' - gquery: energy_heat_flexibility_p2h_heatpump_electricity_input_curve + gquery: energy_heat_flexibility_p2h_heatpump_ht_electricity_input_curve is_1990: false dependent_on: output_element_key: merit_order_hourly_flexibility - key: energy_heat_flexibility_p2h_heatpump_electricity_flex_merit_order_hourly_flexibility -- label: energy_heat_flexibility_p2h_boiler_electricity - color: "#FFA502" + key: energy_heat_flexibility_p2h_heatpump_ht_electricity_flex_merit_order_hourly_flexibility +- label: energy_heat_flexibility_p2h_heatpump_mt_electricity + color: "#F6E58D" + order_by: 216 + group: flex + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_flexibility_p2h_heatpump_mt_electricity_input_curve + is_1990: false + dependent_on: + output_element_key: merit_order_hourly_flexibility + key: energy_heat_flexibility_p2h_heatpump_mt_electricity_flex_merit_order_hourly_flexibility +- label: energy_heat_flexibility_p2h_boiler_ht_electricity + color: "#ff7802" order_by: 210 group: flex show_at_first: false is_target_line: false target_line_position: '' - gquery: energy_heat_flexibility_p2h_boiler_electricity_input_curve + gquery: energy_heat_flexibility_p2h_boiler_ht_electricity_input_curve + is_1990: false + dependent_on: + output_element_key: merit_order_hourly_flexibility + key: energy_heat_flexibility_p2h_boiler_ht_electricity_flex_merit_order_hourly_flexibility +- label: energy_heat_flexibility_p2h_boiler_mt_electricity + color: "#FFA502" + order_by: 211 + group: flex + show_at_first: false + is_target_line: false + target_line_position: '' + gquery: energy_heat_flexibility_p2h_boiler_mt_electricity_input_curve is_1990: false dependent_on: output_element_key: merit_order_hourly_flexibility - key: energy_heat_flexibility_p2h_boiler_electricity_flex_merit_order_hourly_flexibility + key: energy_heat_flexibility_p2h_boiler_mt_electricity_flex_merit_order_hourly_flexibility diff --git a/config/interface/output_element_series/source_of_heat_in_agriculture.yml b/config/interface/output_element_series/source_of_heat_in_agriculture.yml index 99d334a20..7d941539f 100644 --- a/config/interface/output_element_series/source_of_heat_in_agriculture.yml +++ b/config/interface/output_element_series/source_of_heat_in_agriculture.yml @@ -1,6 +1,6 @@ --- - label: agriculture_local_heat - color: "#4d0101" + color: "#8B0000" order_by: 100 group: show_at_first: @@ -11,21 +11,33 @@ dependent_on: output_element_key: source_of_heat_in_agriculture key: local_heat_source_of_heat_in_agriculture -- label: agriculture_central_heat - color: "#8B0000" +- label: agriculture_central_ht_heat + color: "#785EF0" + order_by: 104 + group: + show_at_first: + is_target_line: + target_line_position: + gquery: central_ht_heat_used_for_heating_in_agriculture + is_1990: + dependent_on: + output_element_key: source_of_heat_in_agriculture + key: central_ht_heat_source_of_heat_in_agriculture +- label: agriculture_central_mt_heat + color: "#DC267F" order_by: 105 group: show_at_first: is_target_line: target_line_position: - gquery: central_heat_used_for_heating_in_agriculture + gquery: central_mt_heat_used_for_heating_in_agriculture is_1990: dependent_on: output_element_key: source_of_heat_in_agriculture - key: central_heat_source_of_heat_in_agriculture + key: central_mt_heat_source_of_heat_in_agriculture - label: agriculture_wasted_heat color: "#FF8C8C" - order_by: 110 + order_by: 101 group: show_at_first: is_target_line: diff --git a/config/interface/output_elements/cost.yml b/config/interface/output_elements/cost.yml index 0005f4852..e3d7fea4c 100644 --- a/config/interface/output_elements/cost.yml +++ b/config/interface/output_elements/cost.yml @@ -62,7 +62,82 @@ sub_group: show_point_label: false growth_chart: false - key: heat_infrastructure_annualised_costs + key: heat_infrastructure_annualised_costs_ht + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: + description: + output_element_type_name: vertical_stacked_bar +- under_construction: false + unit: euro + percentage: false + group: Cost + sub_group: + show_point_label: false + growth_chart: false + key: heat_infrastructure_annualised_costs_mt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: + description: + output_element_type_name: vertical_stacked_bar +- under_construction: false + unit: euro + percentage: false + group: Cost + sub_group: + show_point_label: false + growth_chart: false + key: heat_infrastructure_annualised_costs_lt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: + description: + output_element_type_name: vertical_stacked_bar +- under_construction: false + unit: euro + percentage: false + group: Cost + sub_group: + show_point_label: false + growth_chart: false + key: heat_infrastructure_annualised_costs_per_household_ht + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: + description: + output_element_type_name: vertical_stacked_bar +- under_construction: false + unit: euro + percentage: false + group: Cost + sub_group: + show_point_label: false + growth_chart: false + key: heat_infrastructure_annualised_costs_per_household_mt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: + description: + output_element_type_name: vertical_stacked_bar +- under_construction: false + unit: euro + percentage: false + group: Cost + sub_group: + show_point_label: false + growth_chart: false + key: heat_infrastructure_annualised_costs_per_household_lt max_axis_value: min_axis_value: hidden: false diff --git a/config/interface/output_elements/supply_collective_heat.yml b/config/interface/output_elements/supply_collective_heat.yml index 6de229652..9c75739d8 100644 --- a/config/interface/output_elements/supply_collective_heat.yml +++ b/config/interface/output_elements/supply_collective_heat.yml @@ -1,4 +1,19 @@ --- +- under_construction: false + unit: PJ + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: sankey_heat_networks + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: + description: + output_element_type_name: sankey - under_construction: false unit: PJ percentage: false @@ -37,7 +52,7 @@ key: collective_heat_mekko max_axis_value: min_axis_value: - hidden: false + hidden: true requires_merit_order: false dependent_on: '' output_element_type_name: mekko @@ -49,13 +64,13 @@ sub_group: collective_heat show_point_label: false growth_chart: false - key: heat_network_demand + key: heat_network_demand_ht max_axis_value: min_axis_value: hidden: false requires_merit_order: false dependent_on: '' - output_element_type_name: demand_curve + output_element_type_name: hourly_stacked_area - under_construction: false unit: MW percentage: false @@ -63,13 +78,69 @@ sub_group: collective_heat show_point_label: false growth_chart: false - key: heat_network_production + key: heat_network_demand_mt max_axis_value: min_axis_value: hidden: false requires_merit_order: false dependent_on: '' - output_element_type_name: demand_curve + output_element_type_name: hourly_stacked_area +- under_construction: false + unit: MW + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_network_demand_lt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: '' + output_element_type_name: hourly_stacked_area +- under_construction: false + unit: MW + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_network_production_ht + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: '' + output_element_type_name: hourly_stacked_area +- under_construction: false + unit: MW + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_network_production_mt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: '' + output_element_type_name: hourly_stacked_area +- under_construction: false + unit: MW + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_network_production_lt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: '' + output_element_type_name: hourly_stacked_area - under_construction: false unit: MJ percentage: false @@ -92,7 +163,35 @@ sub_group: collective_heat show_point_label: false growth_chart: false - key: heat_network_storage + key: heat_network_storage_lt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: true + dependent_on: '' + output_element_type_name: demand_curve +- under_construction: false + unit: MWh + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_network_storage_mt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: true + dependent_on: '' + output_element_type_name: demand_curve +- under_construction: false + unit: MWh + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_network_storage_ht max_axis_value: min_axis_value: hidden: false @@ -106,10 +205,52 @@ sub_group: collective_heat show_point_label: false growth_chart: false - key: heat_cost_capacity + key: heat_cost_capacity_ht max_axis_value: min_axis_value: hidden: false requires_merit_order: true dependent_on: '' output_element_type_name: cost_capacity_bar +- under_construction: false + unit: Eur/Mwh + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_cost_capacity_mt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: true + dependent_on: '' + output_element_type_name: cost_capacity_bar +- under_construction: false + unit: Eur/Mwh + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: heat_cost_capacity_lt + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: true + dependent_on: '' + output_element_type_name: cost_capacity_bar +- under_construction: false + unit: 'GJ' + percentage: false + group: Supply + sub_group: collective_heat + show_point_label: false + growth_chart: false + key: losses_heat_networks + max_axis_value: + min_axis_value: + hidden: false + requires_merit_order: false + dependent_on: '' + output_element_type_name: html_table diff --git a/config/interface/sidebar_items.yml b/config/interface/sidebar_items.yml index baddf73fb..c185a9b50 100644 --- a/config/interface/sidebar_items.yml +++ b/config/interface/sidebar_items.yml @@ -161,7 +161,15 @@ - key: flexibility_weather tab_key: flexibility position: 4 -- key: heat_merit +- key: heat_lt + tab_key: supply + position: 3 + parent_key: heat +- key: heat_mt + tab_key: supply + position: 2 + parent_key: heat +- key: heat_ht tab_key: supply position: 1 parent_key: heat @@ -177,4 +185,4 @@ - key: ccus section: emissions tab_key: emissions - position: 2 \ No newline at end of file + position: 2 diff --git a/config/interface/slides/costs_heat.yml b/config/interface/slides/costs_heat.yml index 4a5d65b1c..05b8220c7 100644 --- a/config/interface/slides/costs_heat.yml +++ b/config/interface/slides/costs_heat.yml @@ -12,4 +12,4 @@ - key: costs_heat_network position: 3 sidebar_item_key: costs_heat - output_element_key: heat_infrastructure_annualised_costs + output_element_key: heat_infrastructure_annualised_costs_ht diff --git a/config/interface/slides/heat.yml b/config/interface/slides/heat.yml index c9b9cd2d2..ec3dbf22d 100644 --- a/config/interface/slides/heat.yml +++ b/config/interface/slides/heat.yml @@ -1,15 +1,21 @@ --- -- image: house_direct_heating.gif - group_sub_header: heat_output - key: supply_heat_sources - position: 1 +- key: supply_heat_overview + position: 100 sidebar_item_key: heat - output_element_key: collective_heat_mekko -- key: supply_heat_network_storage_toggle - position: 3 + output_element_key: sankey_heat_networks +- key: supply_heat_overview_chp + position: 200 sidebar_item_key: heat - output_element_key: heat_network_storage -- key: supply_heat_network_losses - position: 2 + output_element_key: sankey_heat_networks +- key: supply_heat_overview_residual + position: 300 sidebar_item_key: heat - output_element_key: collective_heat_mekko + output_element_key: sankey_heat_networks +- key: supply_heat_overview_p2h + position: 400 + sidebar_item_key: heat + output_element_key: sankey_heat_networks +- key: supply_heat_overview_emissions + position: 500 + sidebar_item_key: heat + output_element_key: sankey_heat_networks diff --git a/config/interface/slides/heat_ht.yml b/config/interface/slides/heat_ht.yml new file mode 100644 index 000000000..a5b526c12 --- /dev/null +++ b/config/interface/slides/heat_ht.yml @@ -0,0 +1,17 @@ +--- +- key: supply_heat_sources_ht + position: 1 + sidebar_item_key: heat_ht + output_element_key: sankey_heat_networks +- key: supply_heat_storage_ht + position: 2 + sidebar_item_key: heat_ht + output_element_key: heat_network_storage_ht +- key: supply_heat_transport_ht + position: 3 + sidebar_item_key: heat_ht + output_element_key: sankey_heat_networks +- key: supply_heat_network_order_ht + position: 4 + sidebar_item_key: heat_ht + output_element_key: heat_cost_capacity_ht diff --git a/config/interface/slides/heat_lt.yml b/config/interface/slides/heat_lt.yml new file mode 100644 index 000000000..959ce35ad --- /dev/null +++ b/config/interface/slides/heat_lt.yml @@ -0,0 +1,17 @@ +--- +- key: supply_heat_sources_lt + position: 1 + sidebar_item_key: heat_lt + output_element_key: sankey_heat_networks +- key: supply_heat_storage_lt + position: 2 + sidebar_item_key: heat_lt + output_element_key: heat_network_storage_lt +- key: supply_heat_transport_lt + position: 3 + sidebar_item_key: heat_lt + output_element_key: sankey_heat_networks +- key: supply_heat_network_order_lt + position: 4 + sidebar_item_key: heat_lt + output_element_key: heat_cost_capacity_lt diff --git a/config/interface/slides/heat_merit.yml b/config/interface/slides/heat_merit.yml deleted file mode 100644 index f53485969..000000000 --- a/config/interface/slides/heat_merit.yml +++ /dev/null @@ -1,5 +0,0 @@ ---- -- key: supply_heat_network_order - position: 4 - sidebar_item_key: heat_merit - output_element_key: heat_cost_capacity diff --git a/config/interface/slides/heat_mt.yml b/config/interface/slides/heat_mt.yml new file mode 100644 index 000000000..4f14fde41 --- /dev/null +++ b/config/interface/slides/heat_mt.yml @@ -0,0 +1,17 @@ +--- +- key: supply_heat_sources_mt + position: 1 + sidebar_item_key: heat_mt + output_element_key: sankey_heat_networks +- key: supply_heat_storage_mt + position: 2 + sidebar_item_key: heat_mt + output_element_key: heat_network_storage_mt +- key: supply_heat_transport_mt + position: 3 + sidebar_item_key: heat_mt + output_element_key: sankey_heat_networks +- key: supply_heat_network_order_mt + position: 4 + sidebar_item_key: heat_mt + output_element_key: heat_cost_capacity_mt diff --git a/config/locales/en_etm.yml b/config/locales/en_etm.yml index 7ace375f1..48a1f5f26 100644 --- a/config/locales/en_etm.yml +++ b/config/locales/en_etm.yml @@ -487,6 +487,7 @@ en: geothermal: "Geothermal" solar_thermal: "Solar thermal" residual_heat: "Residual heat" + heat_delivery_system: "Heat delivery system" wind_turbine_inland: "Onshore inland wind turbines" solar_pv_solar_radiation: "Solar PV plants" large_reactors: "Large reactors" @@ -503,6 +504,17 @@ en: technical_specifications_vans: "Technical specifications vans" investment_costs: "Investment costs" roundtrip_efficiency: "Round-trip efficiency" + heat_allocation_coal_chp_pwd: "Pulverized coal CHP" + heat_allocation_coal_chp_pwd_cofiring: "Pulverized coal CHP with co-firing" + heat_allocation_lignite_chp: "Lignite CHP" + heat_allocation_gas_chp_ccgt: "Gas CCGT CHP" + heat_allocation_gas_chp_engine: "Gas motor CHP" + heat_allocation_wood_pellets_chp: "Biomass CHP" + heat_allocation_biogas_chp: "Biogas CHP" + heat_allocation_waste_chp: "Waste CHP" + heat_allocation_p2h_boiler: "Power-to-heat boiler" + heat_allocation_p2h_heatpump: "Power-to-heat heatpump" + imported_heat: "Imported heat" "or": "or" "go": "go" diff --git a/config/locales/interface/en_sidebar_items.yml b/config/locales/interface/en_sidebar_items.yml index 46904cc64..13fe25c20 100644 --- a/config/locales/interface/en_sidebar_items.yml +++ b/config/locales/interface/en_sidebar_items.yml @@ -279,11 +279,21 @@ en: mostly need heat and electricity. Heat use has been steadily decreasing the past years, because of better insulation in houses. Electricity demand has kept increasing. As people get richer, they use ever more electrical appliances.\r\n\r\n\r\n" - heat_merit: - short_title: Merit order - title: Merit order dispatchable heat sources - short_description: '' - description: '' + heat_lt: + short_title: LT district heating + title: Low-temperature (LT) district heating + short_description: + description: + heat_mt: + short_title: MT district heating + title: Medium-temperature (MT) district heating + short_description: + description: + heat_ht: + short_title: HT district heating + title: High-temperature (HT) district heating + short_description: + description: hydrogen: short_title: Hydrogen title: Hydrogen & ammonia @@ -409,12 +419,12 @@ en: short_title: Electricity title: Electricity short_description: '' - description: + description: specs_renewable_electricity: short_title: Renewable electricity title: Renewable electricity short_description: '' - description: + description: specs_transport: short_title: Transport title: Transport efficiencies diff --git a/config/locales/interface/input_elements/en_costs.yml b/config/locales/interface/input_elements/en_costs.yml index 768d0ca7d..803aed155 100644 --- a/config/locales/interface/input_elements/en_costs.yml +++ b/config/locales/interface/input_elements/en_costs.yml @@ -249,37 +249,75 @@ en: description: This slider sets the change in future investment and O&M costs for outdoor heating infrastructure. This includes district heating pipelines and exchanger stations. See our documentation for more info. - costs_heat_network_storage: - title: Seasonal storage + costs_heat_network_storage_ht_steam_hot_water: + title: HT (seasonal) storage short_description: - description: "Scenarios with large amounts of \"must-run\" heat production will + description: | + Scenarios with large amounts of "must-run" heat production will often have considerable excesses of heat. Storage allows you to preserve this - heat for later use. Seasonal storage can be switched on/off here.\r\n

\r\nThe start value (43 €/MWh) is based on the potential + heat for later use. Seasonal storage can be switched on/off + here.

+ The start value (43 €/MWh) is based on the potential costs of large-scale ATES (Aquifer Thermal Energy Storage). ATES is the underground storage of warm water in aquifers. If you want to use the costs of another storage system in your scenario, - this report from Ecovat gives the costs per technology below. + this report from Ecovat gives the costs per technology below.

+
Note: A different technology choice also involves other annual storage losses. - You can set this here - and the loss percentages per technology are also shown in the text next to the slider. + You can set this here. + costs_heat_network_storage_mt_steam_hot_water: + title: MT (seasonal) storage + short_description: + description: | + Scenarios with large amounts of "must-run" heat production will + often have considerable excesses of heat. Storage allows you to preserve this + heat for later use. Seasonal storage can be switched on/off + here.

+ The start value (43 €/MWh) is based on the potential + costs of large-scale ATES (Aquifer Thermal Energy Storage). + ATES is the underground storage of warm water in aquifers. + If you want to use the costs of another storage system in your scenario, + this report from Ecovat gives the costs per technology below.

- The graph below shows the costs per technology. The costs for the 'heat loss - compensation' are not taken into account in the costs above as these are - already included in the ETM calculation when balancing supply and demand. - The black bars in the graph indicate - margins of uncertainty in costs due to efficiency bandwidth. The purpose of - the graph is to clarify the distribution of costs among the various cost items: - systems with higher CAPEX recover costs at low OPEX, higher efficiency and - therefore smaller margin of uncertainty. - \r\n

\r\n" +
+ Note: A different technology choice also involves other annual storage losses. + You can set this here. + costs_heat_network_storage_lt_steam_hot_water: + title: LT (seasonal) storage + short_description: + description: | + Scenarios with large amounts of "must-run" heat production will + often have considerable excesses of heat. Storage allows you to preserve this + heat for later use. Seasonal storage can be switched on/off + here.

+ The start value (43 €/MWh) is based on the potential + costs of large-scale ATES (Aquifer Thermal Energy Storage). + ATES is the underground storage of warm water in aquifers. + If you want to use the costs of another storage system in your scenario, + this report from Ecovat gives the costs per technology below.

+
+ Note: A different technology choice also involves other annual storage losses. + You can set this here. investment_costs_nuclear_nuclear_plant: title: Investment costs large reactors short_description: @@ -532,6 +570,13 @@ en: heat pumps can be chosen as heating technology in the households section.
\r\nThe technical and financial parameters of one kind of gas-fired heat pump can be seen by clicking the link below." + investment_costs_gas_heat_pumps: + title: Households LT heat delivery system + short_description: + description: "What will be the costs of LT heat delivery systems for households. " + + + investment_costs_households_storage_space_heating: title: Space heater buffers short_description: @@ -579,6 +624,51 @@ en: costs. The costs in the link below depict the costs that are used for residual heat from the chemical industry, refineries and fertilizer industry. For low temperature heat from datacenters we use different costs." + costs_households_ht_heat_delivery_system_costs_apartments_eur_per_connection: + title: HT apartments + description: "This slider sets the future costs of the HT heat delivery system in apartments. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_households_mt_heat_delivery_system_costs_apartments_eur_per_connection: + title: MT apartments + description: "This slider sets the future costs of the MT heat delivery system in apartments. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_households_lt_heat_delivery_system_costs_apartments_eur_per_connection: + title: LT apartments + description: "This slider sets the future costs of the LT heat delivery system in apartments. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_households_ht_heat_delivery_system_costs_ground_level_houses_eur_per_connection: + title: HT ground level houses + description: "This slider sets the future costs of the HT heat delivery system in ground level houses. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_households_mt_heat_delivery_system_costs_ground_level_houses_eur_per_connection: + title: MT ground level houses + description: "This slider sets the future costs of the MT heat delivery system in ground level houses. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_households_lt_heat_delivery_system_costs_ground_level_houses_eur_per_connection: + title: LT ground level houses + description: "This slider sets the future costs of the LT heat delivery system in ground level houses. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_buildings_ht_heat_delivery_system_costs_eur_per_connection: + title: HT buildings + description: "This slider sets the future costs of the HT heat delivery system in buildings. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_buildings_mt_heat_delivery_system_costs_eur_per_connection: + title: MT buildings + description: "This slider sets the future costs of the MT heat delivery system in buildings. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." + costs_buildings_lt_heat_delivery_system_costs_eur_per_connection: + title: LT buildings + description: "This slider sets the future costs of the LT heat delivery system in buildings. + The heat delivery system is the set of technologies that distributes heat throughout the building. + For example, radiators, convectors or underfloor heating." costs_infrastructure_electricity_lv_net: title: Costs new low voltage net short_description: diff --git a/config/locales/interface/input_elements/en_demand_agriculture.yml b/config/locales/interface/input_elements/en_demand_agriculture.yml index 1747b2f52..2346c2409 100644 --- a/config/locales/interface/input_elements/en_demand_agriculture.yml +++ b/config/locales/interface/input_elements/en_demand_agriculture.yml @@ -52,14 +52,22 @@ en: short_description: '' description: These are gas-fired central heating systems. These systems are quite energy efficient, but emit CO2. - agriculture_final_demand_central_steam_hot_water_share: - title: District heating + agriculture_final_demand_ht_central_steam_hot_water_share: + title: HT district heating short_description: '' description: | This slider sets the share of useful heat demand from agriculture that is supplied - by a heat network. - You can determine with which heat network sources you want to meet this demand in - the District heating section. + by a HT heat network. + You can determine with which HT heat network sources you want to meet this demand in + the HT district heating section. + agriculture_final_demand_mt_central_steam_hot_water_share: + title: MT district heating + short_description: '' + description: | + This slider sets the share of useful heat demand from agriculture that is supplied + by a MT heat network. + You can determine with which MT heat network sources you want to meet this demand in + the MT district heating section. agriculture_final_demand_local_steam_hot_water_share: title: Heat from local CHPs short_description: diff --git a/config/locales/interface/input_elements/en_demand_buildings.yml b/config/locales/interface/input_elements/en_demand_buildings.yml index 8414a9157..4d90c4f11 100644 --- a/config/locales/interface/input_elements/en_demand_buildings.yml +++ b/config/locales/interface/input_elements/en_demand_buildings.yml @@ -113,13 +113,27 @@ en: pollutants other than CO2. A considerable disadvantage is the fact that oil tanks tend to start leaking after a few decades and this can cause significant pollution of soil and drinking water. - buildings_space_heater_district_heating_steam_hot_water_share: - title: District heating + buildings_space_heater_district_heating_ht_steam_hot_water_share: + title: HT district heating short_description: description: District heating is heat supplied by a heat network. The heat can be produced by local heat plants / large-scale burners or the heat can be - imported from outside your region. You can set the heat sources in the Supply-section - under the header "Heat networks". + imported from outside your region. You can set the heat sources in the Supply section + under the header "HT heat networks". + buildings_space_heater_district_heating_mt_steam_hot_water_share: + title: MT district heating + short_description: + description: District heating is heat supplied by a heat network. The heat can + be produced by local heat plants / large-scale burners or the heat can be + imported from outside your region. You can set the heat sources in the Supply section + under the header "MT heat networks". + buildings_space_heater_district_heating_lt_steam_hot_water_share: + title: LT district heating + short_description: + description: District heating is heat supplied by a heat network. The heat can + be produced by local heat plants / large-scale burners or the heat can be + imported from outside your region. You can set the heat sources in the Supply section + under the header "LT heat networks". buildings_space_heater_coal_share: title: Coal-fired heater short_description: diff --git a/config/locales/interface/input_elements/en_demand_households.yml b/config/locales/interface/input_elements/en_demand_households.yml index 163006d2a..c09f1d586 100644 --- a/config/locales/interface/input_elements/en_demand_households.yml +++ b/config/locales/interface/input_elements/en_demand_households.yml @@ -467,13 +467,27 @@ en: description: These are the same heaters as the "Condensing combi boiler", except that they do not produce hot water, but only heat for a central heating systems. This makes them on average a little more efficient than their 'combi' counterparts. - households_heater_district_heating_steam_hot_water_share: - title: District heating + households_heater_district_heating_ht_steam_hot_water_share: + title: HT district heating short_description: description: District heating is heat supplied by a heat network. The heat can be produced by local heat plants / large-scale burners or the heat can be - imported from outside your region. You can set the heat sources in the Supply-section - under the header "Heat networks". + imported from outside your region. You can set the heat sources in the Supply section + under the header "HT heat networks". + households_heater_district_heating_mt_steam_hot_water_share: + title: MT district heating + short_description: + description: District heating is heat supplied by a heat network. The heat can + be produced by local heat plants / large-scale burners or the heat can be + imported from outside your region. You can set the heat sources in the Supply section + under the header "MT heat networks". + households_heater_district_heating_lt_steam_hot_water_share: + title: LT district heating + short_description: + description: District heating is heat supplied by a heat network. The heat can + be produced by local heat plants / large-scale burners or the heat can be + imported from outside your region. You can set the heat sources in the Supply section + under the header "LT heat networks". households_heater_hybrid_heatpump_air_water_electricity_share: title: Hybrid air heat pump (gas) short_description: diff --git a/config/locales/interface/input_elements/en_demand_industry.yml b/config/locales/interface/input_elements/en_demand_industry.yml index b3ac09050..e688687cf 100644 --- a/config/locales/interface/input_elements/en_demand_industry.yml +++ b/config/locales/interface/input_elements/en_demand_industry.yml @@ -87,12 +87,13 @@ en: See also the ‘Costs’ part.\r\n
" industry_final_demand_for_other_paper_steam_hot_water_share: - title: District heating + title: Steam network short_description: - description: District heating is heat supplied by a heat network. The heat can - be produced by local heat plants / large-scale burners or the heat can be - imported from outside your region. You can set the heat sources in the Supply-section - under the header "Heat networks". + description: | + Heat is supplied from a collective network as steam. The heat can be produced by + combined heat and power (CHP) plants or by large-scale burners. You can set the heat sources in the + Steam network sources + section. industry_other_paper_heater_electricity_share: title: Electric boiler short_description: @@ -288,12 +289,13 @@ en: determined by fuel prices and environmental legislation. See also the ‘Costs’ part.\r\n
" industry_final_demand_for_chemical_fertilizers_steam_hot_water_share: - title: District heating + title: Steam network short_description: - description: District heating is heat supplied by a heat network. The heat can - be produced by local heat plants / large-scale burners or the heat can be - imported from outside your region. You can set the heat sources in the Supply-section - under the header "Heat networks". + description: | + Heat is supplied from a collective network as steam. The heat can be produced by + combined heat and power (CHP) plants or by large-scale burners. You can set the heat sources in the + Steam network sources + section. industry_chemicals_fertilizers_steam_methane_reformer_hydrogen_share: title: Local steam methane reforming short_description: @@ -447,12 +449,13 @@ en: See also the ‘Costs’ part.\r\n
" industry_final_demand_for_chemical_other_steam_hot_water_share: - title: District heating + title: Steam network short_description: - description: District heating is heat supplied by a heat network. The heat can - be produced by local heat plants / large-scale burners or the heat can be - imported from outside your region. You can set the heat sources in the Supply-section - under the header "Heat networks". + description: | + Heat is supplied from a collective network as steam. The heat can be produced by + combined heat and power (CHP) plants or by large-scale burners. You can set the heat sources in the + Steam network sources + section. industry_chemicals_other_steam_recompression_electricity_share: title: Mechanical vapour recompression short_description: @@ -647,12 +650,13 @@ en: determined by fuel prices and environmental legislation. See also the ‘Costs’ part.\r\n
" industry_final_demand_for_other_food_steam_hot_water_share: - title: District heating + title: Steam network short_description: - description: District heating is heat supplied by a heat network. The heat can - be produced by local heat plants / large-scale burners or the heat can be - imported from outside your region. You can set the heat sources in the Supply-section - under the header "Heat networks". + description: | + Heat is supplied from a collective network as steam. The heat can be produced by + combined heat and power (CHP) plants or by large-scale burners. You can set the heat sources in the + Steam network sources + section. industry_other_food_heater_electricity_share: title: Electric boiler short_description: @@ -742,13 +746,13 @@ en: See also the ‘Costs’ part.\r\n
" industry_final_demand_for_chemical_refineries_steam_hot_water_share: - title: District heating + title: Steam network short_description: - description: "District heating is heat supplied by a heat network. The heat - can be produced by local heat plants / large-scale burners or the heat can - be imported from outside your region. You can set the heat sources in the - Supply-section under the header \"Heat - networks\".\r\n" + description: | + Heat is supplied from a collective network as steam. The heat can be produced by + combined heat and power (CHP) plants or by large-scale burners. You can set the heat sources in the + Steam network sources + section. capacity_of_industry_chemicals_refineries_flexibility_p2h_electricity: title: Power-to-heat boiler for gas and H2 heaters short_description: diff --git a/config/locales/interface/input_elements/en_emissions_ccus.yml b/config/locales/interface/input_elements/en_emissions_ccus.yml index 62daea96d..7c8f92489 100644 --- a/config/locales/interface/input_elements/en_emissions_ccus.yml +++ b/config/locales/interface/input_elements/en_emissions_ccus.yml @@ -262,18 +262,32 @@ en: title: Liquefied in ships description: "What share of total captured CO2 in your scenario is transported via ships? CO2 is liquefied before transportation." - share_of_energy_chp_supercritical_ccs_waste_mix: - title: Waste CHP + CCS + share_of_energy_chp_supercritical_ccs_ht_waste_mix: + title: Waste CHP + CCS (HT) description: | - What share of installed waste CHP capacity will be equipped with a CO2 capture + What share of installed Waste CHP capacity that produces for high-temperature (HT) district heating will be equipped with a CO2 capture unit? How much CO2 is captured depends on the number of full load hours of these power plants in your scenario. This is influenced by electricity demand, other installed - power generation technologies and commodity prices.

The amount of installed waste CHP capacity can be set in - the Supply → Electricity → Waste power section. + power generation technologies and commodity prices.

+ The total installed capacity can be set in the + Waste power section. + The share of HT and MT heat can then be set in the + Allocation of heat from CHPs section. + share_of_energy_chp_supercritical_ccs_mt_waste_mix: + title: Waste CHP + CCS (MT) + description: | + What share of installed Waste CHP capacity that produces for medium-temperature (MT) district heating will be equipped with a CO2 capture + unit? How much CO2 is captured depends on the number of full load hours of these + power plants in your scenario. This is influenced by electricity demand, other installed + power generation technologies and commodity prices.

+ The total installed capacity can be set in the + Waste power section. + The share of HT and MT heat can then be set in the + Allocation of heat from CHPs section. share_of_energy_power_supercritical_ccs_waste_mix: title: Waste incinerator + CCS description: | What share of installed waste incinarator capacity will be equipped with a CO2 capture unit? How much CO2 is captured depends on the number of full load hours of these power plants in your scenario. This is influenced by electricity demand, other installed power generation technologies and commodity prices.

The amount of installed waste incicerator capacity can be set in - the Supply → Electricity → Waste power section. + Waste power section. diff --git a/config/locales/interface/input_elements/en_supply_electricity.yml b/config/locales/interface/input_elements/en_supply_electricity.yml index 1a8b008f6..8e42cc4dd 100644 --- a/config/locales/interface/input_elements/en_supply_electricity.yml +++ b/config/locales/interface/input_elements/en_supply_electricity.yml @@ -31,7 +31,7 @@ en: is typically limited, they can play an important role in balancing the energy system.
" capacity_of_energy_power_combined_cycle_hydrogen: - title: Hydrogen plant (CCGT) + title: Hydrogen CCGT short_description: description: 'Here you can build capacity of combined cycle hydrogen plants. At the moment, these turbines are not used (yet) on a large scale. Because @@ -180,7 +180,7 @@ en: power plants is limited by available domestic waste. We assume no waste will be imported." capacity_of_energy_power_supercritical_ccs_waste_mix: - title: Waste incinerator CCS + title: Waste incinerator + CCS short_description: '' description: "This builds high energy yield waste-incineration plants with CCS installation. The slidersetting is converted to (a part of) of 55 MWe plants. Waste that can be safely burnt @@ -204,7 +204,7 @@ en: the slider (in MW) is converted to a (partial) number of the plant described above." capacity_of_energy_chp_supercritical_ccs_waste_mix: - title: Waste CHP CCS + title: Waste CHP + CCS short_description: description: "This builds a high energy yield waste-incineration plant with CCUS installation that delivers heat to a central heating grid (60 MWe and 33 MWth). Waste that can @@ -306,20 +306,20 @@ en: of the slider (in MW) is converted to a (partial) number of the plant described above." capacity_of_energy_chp_ultra_supercritical_lignite: - title: Lignite plant for district heat (CHP) + title: Lignite CHP short_description: '' description: "This indicates the capacity of large central lignite-fired power plants are used to supply heat to district heating grids. The power generated is shown in the graph on the right as coal-fired electricity production.\r\n

" capacity_of_energy_chp_ultra_supercritical_coal: - title: Coal plant for district heat (CHP) + title: Pulverized coal CHP short_description: '' description: "Large ultra-supercritical pulverized coal-fired CHP plant. \r\nSuch plants are identical to a common coal plant, except that it also supplies heat to large heating grids. This comes at the expense of some power production. \r\n \r\n\r\n\r\n" capacity_of_energy_chp_ultra_supercritical_cofiring_coal: - title: Co-firing coal plant for district heat (CHP) + title: Pulverized coal CHP with co-firing short_description: description: "Large ultra-supercritical pulverized coal-fired CHP plant. \r\nSuch plants are identical to a common coal plant, except that it also supplies @@ -472,7 +472,7 @@ en: the slider (in MW) is converted to a (partial) number of the plant described above." capacity_of_energy_chp_combined_cycle_network_gas: - title: Large-scale gas plant for district heat (CHP) + title: Gas CCGT CHP short_description: '' description: "This builds a Combined Heat and Power (CHP) unit (~120 MWe and ~120 MWth) that runs on gas. The power generated is shown in the graph on @@ -519,7 +519,7 @@ en: efficient in balancing wind power. \r\n

\r\nThe input of the slider (in MW) is converted to a (partial) number of the plant described above." capacity_of_energy_chp_local_engine_network_gas: - title: Small-scale gas plant for district heat (CHP) + title: Gas motor CHP short_description: description: "A CHP produces both heat and electricity. Here you can set the capacity of gas CHPs that supply heat for district heating.\r\n
" diff --git a/config/locales/interface/input_elements/en_supply_heat.yml b/config/locales/interface/input_elements/en_supply_heat.yml index 2d979f0c0..b39d46452 100644 --- a/config/locales/interface/input_elements/en_supply_heat.yml +++ b/config/locales/interface/input_elements/en_supply_heat.yml @@ -34,7 +34,7 @@ en: demand, on the other hand, peaks in the winter. Use seasonal heat storage for effective deployment. capacity_of_energy_heat_heatpump_water_water_electricity: - title: Collective water heat pump + title: Collective heat pump short_description: description: A heat pump produces heat with electricity and ambient heat. Specify here the capacity of collective heat pumps that supplies heat for district @@ -112,7 +112,7 @@ en: target=\"_blank\">this report).

\nThe costs of using residual heat can be adjusted here.\r\n
" capacity_of_industry_chp_combined_cycle_gas_power_fuelmix: - title: Gas CHP (CCGT) + title: Gas CCGT CHP short_description: '' description: | Combined heat and power (CHP) engines are (mostly) gas-fired engines @@ -164,7 +164,7 @@ en: Click here to adjust the efficiencies of this CHP. capacity_of_industry_chp_ultra_supercritical_coal: - title: Coal CHP + title: Pulverized coal CHP short_description: description: "Combined heat and power (CHP) plants generate both heat and electricity. The combination of heat and electricity makes this option quite energy efficient. @@ -217,10 +217,50 @@ en: short_description: description: A burner produces heat. Specify here the capacity of coal heaters that supplies heat for district heating. - heat_storage_enabled: + heat_storage_enabled_ht: title: '' description: '' - energy_heat_network_storage_loss_share: + heat_storage_enabled_mt: + title: '' + description: '' + heat_storage_enabled_lt: + title: '' + description: '' + energy_heat_network_storage_ht_loss_share: + title: Yearly losses + short_description: + description: "The start value (30%) is based on the yearly losses of an ATES (Aquifer thermal energy storage) system. Storage losses are highly dependent on the type of system. For + larger storage systems, for example, the percentage of losses decrease. On + the other hand, the losses increase when an open system is used instead + of a closed system. Below you will find the losses and costs + per storage system according to this report: + + The costs of heat storage can be set here." + energy_heat_network_storage_mt_loss_share: + title: Yearly losses + short_description: + description: "The start value (30%) is based on the yearly losses of an ATES (Aquifer thermal energy storage) system. Storage losses are highly dependent on the type of system. For + larger storage systems, for example, the percentage of losses decrease. On + the other hand, the losses increase when an open system is used instead + of a closed system. Below you will find the losses and costs + per storage system according to this report: + + The costs of heat storage can be set here." + energy_heat_network_storage_lt_loss_share: title: Yearly losses short_description: description: "The start value (30%) is based on the yearly losses of an ATES (Aquifer thermal energy storage) system. Storage losses are highly dependent on the type of system. For @@ -236,11 +276,305 @@ en:
  • Bore-hole Thermal Energy Storage (BTES): 79 €/MWh, 50% losses
  • Ecovat: 86 €/MWh, 10% losses
    • - The costs of heat storage can be set here." - energy_heat_network_storage_output_capacity_share: + The costs of heat storage can be set here." + capacity_of_energy_heat_boiler_ht_electricity: + title: Electric boiler + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of electric boilers in the high-temperature heat grid. + \r\n

    \r\n + Electric boilers use electricity to produce heat. When this slider is set, + the yearly production of heat using e-boilers will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_boiler_lt_electricity: + title: Electric boiler + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of electric boilers in the low-temperature heat grid. + \r\n

    \r\n + Electric boilers use electricity to produce heat. When this slider is set, + the yearly production of heat using e-boilers will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_boiler_mt_electricity: + title: Electric boiler + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of electric boilers in the medium-temperature heat grid. + \r\n

    \r\n + Electric boilers use electricity to produce heat. When this slider is set, + the yearly production of heat using e-boilers will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_ht_coal: + title: Coal heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of coal heaters in high-temperature heat grids. + \r\n

    \r\n + Coal heaters use coal to produce heat. When this slider is set, + the yearly production of heat using coal heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_ht_crude_oil: + title: Oil heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of oil heaters in high-temperature heat grids. + \r\n

    \r\n + Oil heaters use oil to produce heat. When this slider is set, + the yearly production of heat using oil heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_ht_hydrogen: + title: Hydrogen heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of hydrogen heaters in high-temperature heat grids. + \r\n

    \r\n + Hydrogen heaters use hydrogen to produce heat. When this slider is set, + the yearly production of heat using hydrogen heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_ht_network_gas: + title: Gas heater (network gas) + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of gas heaters in the medium-temperature heat grid. + \r\n

    \r\n + Gas burners use network gas to produce heat. When this slider is set, + the yearly production of heat using gas burners will be visible in the + supply side of the graph on the right. + \r\n

    \r\n + Note: network gas can be a mixture of natural gas and green gas. + Checkout Supply > Biomass > (Green) gas in gas network for more information." + capacity_of_energy_heat_burner_ht_waste_mix: + title: Waste heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of waste burners in the medium-temperature heat grid. + \r\n

    \r\n Waste burners use waste, such as manure, domestic + waste or sewage sludge, to produce heat. + When this slider is set, the yearly production of heat using waste + burners will be visible in the supply side of the graph on the right." + capacity_of_energy_heat_burner_ht_wood_pellets: + title: Biomass heater + short_description: + description: "Use this slider to adjust the total installed capacity (MW) + of biomass burners in medium-temperature heat-grids. + \r\n

    \r\n + Biomass burners use biomass to produce heat. When this slider is set, the yearly + production of heat using biomass burners will be visible in the supply side of + the graph on the right. Checkout the total demand and potential of biomass in + this area using the ‘Biomass demand and potential’ graph or go to Supply > Biomass > + Potential of biomass. + \r\n

    \r\n + When this slider is set, the yearly production of heat using biomass + heaters will be visible in the supply side of the graph on the right." + capacity_of_energy_heat_burner_lt_hydrogen: + title: Hydrogen heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of hydrogen heaters in high-temperature heat grids. + \r\n

    \r\n + Hydrogen heaters use hydrogen to produce heat. When this slider is set, + the yearly production of heat using hydrogen heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_mt_coal: + title: Coal heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of coal heaters in high-temperature heat grids. + \r\n

    \r\n + Coal heaters use coal to produce heat. When this slider is set, + the yearly production of heat using coal heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_mt_crude_oil: + title: Oil heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of oil heaters in high-temperature heat grids. + \r\n

    \r\n + Oil heaters use oil to produce heat. When this slider is set, + the yearly production of heat using oil heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_mt_hydrogen: + title: Hydrogen heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of hydrogen heaters in high-temperature heat grids. + \r\n

    \r\n + Hydrogen heaters use hydrogen to produce heat. When this slider is set, + the yearly production of heat using hydrogen heaters will be visible in the supply + side of the graph on the right." + capacity_of_energy_heat_burner_mt_network_gas: + title: Gas heater (network gas) + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of gas heaters in the medium-temperature heat grid. + \r\n

    \r\n + Gas burners use network gas to produce heat. When this slider is set, + the yearly production of heat using gas burners will be visible in the + supply side of the graph on the right. + \r\n

    \r\n + Note: network gas can be a mixture of natural gas and green gas. + Checkout Supply > Biomass > (Green) gas in gas network for more information." + capacity_of_energy_heat_burner_mt_waste_mix: + title: Waste heater + short_description: + description: "Use this slider to adjust the total installed capacity + (MW) of waste burners in the medium-temperature heat grid. + \r\n

    \r\n + Waste burners use waste, such as manure, domestic + waste or sewage sludge, to produce heat. + When this slider is set, the yearly production of heat using waste + burners will be visible in the supply side of the graph on the right." + capacity_of_energy_heat_burner_mt_wood_pellets: + title: Biomass heater + short_description: + description: "Use this slider to adjust the total installed capacity (MW) + of biomass burners in medium-temperature heat-grids. + \r\n

    \r\n + Biomass burners use biomass to produce heat. When this slider is set, the yearly + production of heat using biomass burners will be visible in the supply side of + the graph on the right. Checkout the total demand and potential of biomass in + this area using the ‘Biomass demand and potential’ graph or go to Supply > Biomass > + Potential of biomass. + \r\n

    \r\n + When this slider is set, the yearly production of heat using biomass + heaters will be visible in the supply side of the graph on the right." + capacity_of_energy_heat_heatpump_water_water_ht_electricity: + title: Collective heat pump + short_description: + description: "A heat pump produces heat with electricity and ambient heat. Specify + here the capacity of collective heat pumps that supplies heat for district + heating." + capacity_of_energy_heat_heatpump_water_water_lt_electricity: + title: Collective heat pump + short_description: + description: "A heat pump produces heat with electricity and ambient heat. Specify + here the capacity of collective heat pumps that supplies heat for district + heating." + capacity_of_energy_heat_heatpump_water_water_mt_electricity: + title: Collective heat pump + short_description: + description: "A heat pump produces heat with electricity and ambient heat. Specify + here the capacity of collective heat pumps that supplies heat for district + heating." + capacity_of_energy_heat_solar_lt_solar_thermal: + title: Solar thermal + short_description: + description: "Solar thermal collectors generate heat from the sun and use this + to heat water. This heat production is especially high in the summer. Heat + demand, on the other hand, peaks in the winter. Use seasonal heat storage + for effective deployment." + capacity_of_energy_heat_solar_mt_solar_thermal: + title: Solar thermal + short_description: + description: "Solar thermal collectors generate heat from the sun and use this + to heat water. This heat production is especially high in the summer. Heat + demand, on the other hand, peaks in the winter. Use seasonal heat storage + for effective deployment." + capacity_of_energy_heat_solar_ht_solar_thermal: + title: Solar thermal + short_description: + description: | + Solar thermal collectors generate heat from the sun and use this + to heat water. This heat production is especially high in the summer. Heat + demand, on the other hand, peaks in the winter. Use seasonal heat storage + for effective deployment. + capacity_of_energy_heat_well_deep_ht_geothermal: + title: Geothermal (deep) + short_description: + description: "Use this slider to adjust the total installed capacity (MW) + of a deep geothermal heat installation in high-temperature heat grids. + \r\n

    \r\n + Deep geothermal energy is collected from 1500-4000 meters deep. Typically + geothermal heating systems produce a relatively constant amount of heat + as they are not prone to temperature changes during the seasons. The + temperature can be between 70 to 90 degrees Celsius depending on the + depth and location. + \r\n

    \r\n + When this slider is set, the yearly production of heat + using deep geothermal energy will be visible in the supply side of the + graph on the right." + capacity_of_energy_heat_well_deep_mt_geothermal: + title: Geothermal (deep) + short_description: + description: "Use this slider to adjust the total installed capacity (MW) + of a deep geothermal heat installation in medium-temperature heat grids. + \r\n

    \r\n + Deep geothermal energy is collected from 1500-4000 meters deep. Typically + geothermal heating systems produce a relatively constant amount of heat + as they are not prone to temperature changes during the seasons. The + temperature can be between 70 to 90 degrees Celsius depending on the + depth and location. + \r\n

    \r\n + When this slider is set, the yearly production of heat + using deep geothermal energy will be visible in the supply side of the + graph on the right." + capacity_of_energy_heat_well_shallow_heatpump_mt_geothermal: + title: Geothermal + heatpump (shallow) + short_description: + description: "Use this slider to adjust the total installed capacity (MW) + of a shallow geothermal heat installation with heat-pump in + medium-temperature heat grids. + \r\n

    \r\n + Shallow geothermal energy is collected from + 500-1500 meters deep. Typically geothermal heating systems produce a + relatively constant amount of heat as they are not prone to temperature + changes during the seasons. The temperature can be between 20 to 70 degrees + Celsius depending on the depth and location. A heat pump is used to boost + the temperature of the thermal heat to ensure the correct temperature for + medium heat grids. + \r\n

    \r\n + When this slider is set, the yearly production of heat using shallow + geothermal energy will be visible in the supply side of the graph on the right." + capacity_of_energy_heat_well_shallow_lt_geothermal: + title: Geothermal (shallow) + short_description: + description: "Use this slider to adjust the total installed capacity (MW) + of a shallow geothermal heat installation with heat-pump in + low-temperature heat grids. + \r\n

    \r\n + Shallow geothermal energy is collected from + 500-1500 meters deep. Typically geothermal heating systems produce a + relatively constant amount of heat as they are not prone to temperature + changes during the seasons. The temperature can be between 20 to 70 degrees + Celsius depending on the depth and location. + \r\n

    \r\n + When this slider is set, the yearly production of heat using shallow + geothermal energy will be visible in the supply side of the graph on the right." + energy_heat_distribution_ht_loss_share: + title: Transport and distribution losses + short_description: + description: "The default value for the distribution losses slider is typically + low or even zero for many regions modelled in the ETM. This is mainly due + to a lack of reliable data for the present year. Please make sure to change + this slider to a more realistic value if district heating plays a role in + your scenario. A 15% loss value is a sensible default for new district heating + systems. For older systems, this is closer to 25-30%." + energy_heat_distribution_lt_loss_share: + title: Transport and distribution losses + short_description: + description: "The default value for the distribution losses slider is typically + low or even zero for many regions modelled in the ETM. This is mainly due + to a lack of reliable data for the present year. Please make sure to change + this slider to a more realistic value if district heating plays a role in + your scenario. A 15% loss value is a sensible default for new district heating + systems. For older systems, this is closer to 25-30%." + energy_heat_distribution_mt_loss_share: + title: Transport and distribution losses + short_description: + description: "The default value for the distribution losses slider is typically + low or even zero for many regions modelled in the ETM. This is mainly due + to a lack of reliable data for the present year. Please make sure to change + this slider to a more realistic value if district heating plays a role in + your scenario. A 15% loss value is a sensible default for new district heating + systems. For older systems, this is closer to 25-30%." + energy_heat_network_storage_lt_steam_hot_water_output_capacity_share: title: Output capacity (as % of average hourly load) short_description: - description: 'Here you can specify the heat output capacity per hour of heat storage. + description: "Here you can specify the heat output capacity per hour of heat storage. By default, this capacity is unlimited, meaning that there is no limit to the amount of heat that can be drawn from heat storage in one hour (given that enough heat is available in the storage). With this slider you can limit this. This can result @@ -249,14 +583,227 @@ en: The slider is a percentage of the average heat demand per hour. E.g. a slider value of 200% means that, in a given hour, up to 2 times the average heat demand per hour can be drawn from the storage. To see the resulting capacity in MW, please open the chart - "District heating sources: capacities and marginal costs".

    - This slider is aimed at expert users. In many cases the default setting will suffice.' - energy_heat_distribution_loss_share: - title: Transport and distribution losses + District heating sources: capacities and marginal costs.

    + This slider is aimed at expert users. In many cases the default setting will suffice." + energy_heat_network_storage_mt_steam_hot_water_output_capacity_share: + title: Output capacity (as % of average hourly load) short_description: - description: The default value for the distribution losses slider is typically - low or even zero for many regions modelled in the ETM. This is mainly due - to a lack of reliable data for the present year. Please make sure to change - this slider to a more realistic value if district heating plays a role in - your scenario. A 15% loss value is a sensible default for new district heating - systems. For older systems, this is closer to 25-30%. + description: "Here you can specify the heat output capacity per hour of heat storage. + By default, this capacity is unlimited, meaning that there is no limit to the amount + of heat that can be drawn from heat storage in one hour (given that enough heat is + available in the storage). With this slider you can limit this. This can result + in a slower depletion of heat storage. A consequence of this could be that other + dispatchable heat sources (such as gas heaters) need to be switched on earlier.

    + The slider is a percentage of the average heat demand per hour. E.g. a slider value of + 200% means that, in a given hour, up to 2 times the average heat demand per hour can + be drawn from the storage. To see the resulting capacity in MW, please open the chart + District heating sources: capacities and marginal costs.

    + This slider is aimed at expert users. In many cases the default setting will suffice." + energy_heat_network_storage_ht_steam_hot_water_output_capacity_share: + title: Output capacity (as % of average hourly load) + short_description: + description: "Here you can specify the heat output capacity per hour of heat storage. + By default, this capacity is unlimited, meaning that there is no limit to the amount + of heat that can be drawn from heat storage in one hour (given that enough heat is + available in the storage). With this slider you can limit this. This can result + in a slower depletion of heat storage. A consequence of this could be that other + dispatchable heat sources (such as gas heaters) need to be switched on earlier.

    + The slider is a percentage of the average heat demand per hour. E.g. a slider value of + 200% means that, in a given hour, up to 2 times the average heat demand per hour can + be drawn from the storage. To see the resulting capacity in MW, please open the chart + District heating sources: capacities and marginal costs.

    + This slider is aimed at expert users. In many cases the default setting will suffice." + volume_of_ht_imported_heat: + title: Imported heat + short_description: + description: "Use this slider to adjust the amount of heat (PJ) imported from outside + the area in medium-temperature heat grids. + \r\n

    \r\n + To change the amount of emissions attributed to imported heat, + go to Supply > District heating > + Emissions from heat import." + volume_of_lt_imported_heat: + title: Imported heat + short_description: + description: "Use this slider to adjust the amount of heat (PJ) imported from outside + the area in medium-temperature heat grids. + \r\n

    \r\n + To change the amount of emissions attributed to imported heat, + go to Supply > District heating > + Emissions from heat import." + volume_of_mt_imported_heat: + title: Imported heat + short_description: + description: "Use this slider to adjust the amount of heat (PJ) imported from outside + the area in medium-temperature heat grids. + \r\n

    \r\n + To change the amount of emissions attributed to imported heat, + go to Supply > District heating > + Emissions from heat import." + share_of_energy_chp_combined_cycle_ht_network_gas: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from gas CCGT CHPs allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by gas CCGT CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_combined_cycle_mt_network_gas: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from gas CCGT CHPs allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by gas CCGT CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_local_engine_ht_biogas: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from biogas CHPs (must-run) allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by biogas CHPs (must-run) is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_local_engine_ht_network_gas: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from gas motor CHPs allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by gas motor CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_local_engine_mt_biogas: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from biogas CHPs (must-run) allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by biogas CHPs (must-run) is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_local_engine_mt_network_gas: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from gas motor CHPs allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by gas motor CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_local_ht_wood_pellets: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from biomass CHPs allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by biomass CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_local_mt_wood_pellets: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from biomass CHPs allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by biomass CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_ultra_supercritical_cofiring_ht_coal: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from pulverized coal CHPs with cofiring allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by pulverized coal CHPs with cofiring is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_ultra_supercritical_cofiring_mt_coal: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from pulverized coal CHPs with cofiring allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by pulverized coal CHPs with cofiring is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_ultra_supercritical_ht_coal: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from pulverized coal CHPs allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by pulverized coal CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_ultra_supercritical_mt_coal: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from pulverized coal CHPs allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by pulverized coal CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_supercritical_ht_waste_mix: + title: High temperature + short_description: + description: "Use this slider to determine the percentage of heat + from waste CHPs allocated to the high temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by waste CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_chp_supercritical_mt_waste_mix: + title: Medium temperature + short_description: + description: "Use this slider to determine the percentage of heat + from waste CHPs allocated to the medium temperature heat grid. + \r\n

    \r\n + The amount of heat that is produced by waste CHPs is determined by the + installed capacity. Checkout the amount of installed capacity + here." + share_of_energy_heat_flexibility_p2h_boiler_ht_electricity: + title: High temperature + short_description: + description: | + Use this slider to determine the percentage of heat from the power-to-heat + boiler that is allocated to high-temperature (HT) district heating.

    + The amount of heat that is produced depends on the installed capacity and + the willingness to pay. You can set these attributes in the + + Conversion to district heating section. + share_of_energy_heat_flexibility_p2h_boiler_mt_electricity: + title: Medium temperature + short_description: + description: | + Use this slider to determine the percentage of heat from the power-to-heat + boiler that is allocated to medium-temperature (MT) district heating.

    + The amount of heat that is produced depends on the installed capacity and + the willingness to pay. You can set these attributes in the + + Conversion to district heating section. + share_of_energy_heat_flexibility_p2h_heatpump_ht_electricity: + title: High temperature + short_description: + description: | + Use this slider to determine the percentage of heat from the power-to-heat + heatpump that is allocated to high-temperature (HT) district heating.

    + The amount of heat that is produced depends on the installed capacity and + the willingness to pay. You can set these attributes in the + + Conversion to district heating section. + share_of_energy_heat_flexibility_p2h_heatpump_mt_electricity: + title: Medium temperature + short_description: + description: | + Use this slider to determine the percentage of heat from the power-to-heat + heatpump that is allocated to medium-temperature (MT) district heating.

    + The amount of heat that is produced depends on the installed capacity and + the willingness to pay. You can set these attributes in the + + Conversion to district heating section. + diff --git a/config/locales/interface/input_elements/nl_costs.yml b/config/locales/interface/input_elements/nl_costs.yml index b58fe1d68..f72e8422d 100644 --- a/config/locales/interface/input_elements/nl_costs.yml +++ b/config/locales/interface/input_elements/nl_costs.yml @@ -261,39 +261,78 @@ nl: description: Met deze schuif stel je de toe- of afname in die je verwacht voor de investeringskosten en onderhouds- en beheerkosten van leidingen en onderstations voor warmtenetten. Zie onze documentatie voor meer info. - costs_heat_network_storage: - title: Seizoensopslag + costs_heat_network_storage_ht_steam_hot_water: + title: HT-(seizoens)opslag short_description: - description: "Scenario's met een grote hoeveelheid 'must run' en volatiele warmteproductie + description: | + Scenario's met een grote hoeveelheid 'must run' en volatiele warmteproductie zoals zonthermie, geothermie of restwarmte, hebben vaak een aanzienlijke warmteproductie in uren met geen of weinig vraag. (Seizoens)opslag stelt je in staat om deze warmte op te slaan en op een later moment in te zetten. Seizoensopslag kan - hier aan/uit - worden gezet.\r\n

    \r\nDe startwaarde (43 €/MWh) is gebaseerd op de + hier aan/uit + worden gezet.

    + De startwaarde (43 €/MWh) is gebaseerd op de potentiële kosten van grootschalige ATES (Aquifer Thermal Energy Storage). ATES is het ondergronds opslaan van warm water in aquifers. Als je - de kosten van een ander opslagsysteem wil gebruiken in jouw scenario, geeft dit rapport van Ecovat de onderstaande kosten per technologie. + de kosten van een ander opslagsysteem wil gebruiken in jouw scenario, geeft dit rapport van Ecovat de onderstaande kosten per technologie.

    +
    Let op: bij een andere technologiekeuze horen ook andere jaarlijkse opslagverliezen. Die kan je - hier - instellen en in de tekst bij het schuifje staan ook de verliespercentages per technologie. + hier instellen. + costs_heat_network_storage_mt_steam_hot_water: + title: MT-(seizoens)opslag + short_description: + description: | + Scenario's met een grote hoeveelheid 'must run' en volatiele warmteproductie + zoals zonthermie, geothermie of restwarmte, hebben vaak een aanzienlijke warmteproductie + in uren met geen of weinig vraag. (Seizoens)opslag stelt je in staat om deze + warmte op te slaan en op een later moment in te zetten. Seizoensopslag kan + hier aan/uit + worden gezet.

    + De startwaarde (43 €/MWh) is gebaseerd op de + potentiële kosten van grootschalige ATES (Aquifer Thermal + Energy Storage). ATES is het ondergronds opslaan van warm water in aquifers. Als je + de kosten van een ander opslagsysteem wil gebruiken in jouw scenario, geeft dit rapport van Ecovat de onderstaande kosten per technologie.

    - Onderstaande grafiek laat de kosten per technologie zien. De kosten voor - 'heat loss compensation' worden niet meegenomen in de bovenstaande kosten - omdat het ETM deze al doorrekent tijdens de balancering van vraag en aanbod. - De zwarte balken in de grafiek geven onzekerheidsmarges aan in de kosten - als gevolg van efficiëntie bandbreedte. - Het doel van de grafiek is om duidelijk te maken wat de - verdeling van kosten onder de verschillende kostenposten is: systemen met - hogere CAPEX hebben het voordeel van een lagere OPEX, hogere efficiëntie en daarmee - kleinere onzekerheidsmarge. - \r\n

    \r\n" +
    + Let op: bij een andere technologiekeuze horen ook andere jaarlijkse opslagverliezen. Die kan je + hier instellen. + costs_heat_network_storage_lt_steam_hot_water: + title: LT-(seizoens)opslag + short_description: + description: | + Scenario's met een grote hoeveelheid 'must run' en volatiele warmteproductie + zoals zonthermie, geothermie of restwarmte, hebben vaak een aanzienlijke warmteproductie + in uren met geen of weinig vraag. (Seizoens)opslag stelt je in staat om deze + warmte op te slaan en op een later moment in te zetten. Seizoensopslag kan + hier aan/uit + worden gezet.

    + De startwaarde (43 €/MWh) is gebaseerd op de + potentiële kosten van grootschalige ATES (Aquifer Thermal + Energy Storage). ATES is het ondergronds opslaan van warm water in aquifers. Als je + de kosten van een ander opslagsysteem wil gebruiken in jouw scenario, geeft dit rapport van Ecovat de onderstaande kosten per technologie.

    +
    + Let op: bij een andere technologiekeuze horen ook andere jaarlijkse opslagverliezen. Die kan je + hier instellen. investment_costs_nuclear_nuclear_plant: title: Investeringskosten grote reactoren short_description: '' @@ -608,6 +647,51 @@ nl: de dag. De kosten in de link hieronder zijn de kosten die we hanteren voor restwarmte uit de chemische industrie, raffinaderijen en kunstmestindustrie. Voor lage temperatuur restwarmte uit datacenters rekenen we met andere kosten. + costs_households_ht_heat_delivery_system_costs_apartments_eur_per_connection: + title: HT appartementen + description: "Dit schuifje zet de toekomstige kosten van het HT-warmteafgiftesysteem in appartementen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_households_mt_heat_delivery_system_costs_apartments_eur_per_connection: + title: MT appartementen + description: "Dit schuifje zet de toekomstige kosten van het MT-warmteafgiftesysteem in appartementen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_households_lt_heat_delivery_system_costs_apartments_eur_per_connection: + title: LT appartementen + description: "Dit schuifje zet de toekomstige kosten van het LT-warmteafgiftesysteem in appartementen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_households_ht_heat_delivery_system_costs_ground_level_houses_eur_per_connection: + title: HT grondgebonden woningen + description: "Dit schuifje zet de toekomstige kosten van het HT-warmteafgiftesysteem in grondgebonden woningen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_households_mt_heat_delivery_system_costs_ground_level_houses_eur_per_connection: + title: MT grondgebonden woningen + description: "Dit schuifje zet de toekomstige kosten van het MT-warmteafgiftesysteem in grondgebonden woningen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_households_lt_heat_delivery_system_costs_ground_level_houses_eur_per_connection: + title: LT grondgebonden woningen + description: "Dit schuifje zet de toekomstige kosten van het LT-warmteafgiftesysteem in grondgebonden woningen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_buildings_ht_heat_delivery_system_costs_eur_per_connection: + title: HT grondgebonden gebouwen + description: "Dit schuifje zet de toekomstige kosten van het HT-warmteafgiftesysteem in gebouwen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_buildings_mt_heat_delivery_system_costs_eur_per_connection: + title: MT grondgebonden gebouwen + description: "Dit schuifje zet de toekomstige kosten van het MT-warmteafgiftesysteem in gebouwen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." + costs_buildings_lt_heat_delivery_system_costs_eur_per_connection: + title: LT grondgebonden gebouwen + description: "Dit schuifje zet de toekomstige kosten van het LT-warmteafgiftesysteem in gebouwen. + Het warmteafgiftesysteem is het geheel van technologieën dat warmte door het hele gebouw verspreidt. + Denk bijvoorbeeld aan radiatoren, convectoren of vloerverwarming." costs_infrastructure_electricity_lv_net: title: Investering laagspanningsnet short_description: diff --git a/config/locales/interface/input_elements/nl_demand_agriculture.yml b/config/locales/interface/input_elements/nl_demand_agriculture.yml index 26f93e053..491940b88 100644 --- a/config/locales/interface/input_elements/nl_demand_agriculture.yml +++ b/config/locales/interface/input_elements/nl_demand_agriculture.yml @@ -54,13 +54,21 @@ nl: short_description: '' description: Dit zijn gasgestookte ketels. Dit zijn behoorlijk efficiënte systemen, maar ze stoten wel CO2 uit. - agriculture_final_demand_central_steam_hot_water_share: - title: Warmtenet + agriculture_final_demand_ht_central_steam_hot_water_share: + title: HT-warmtenet short_description: description: | Dit schuifje stelt het percentage nuttige warmtevraag van de landbouw in dat geleverd wordt - door een warmtenet. Je kunt bepalen welke bronnen je op het warmtenet wilt - inzetten in de Warmtenetten + door een HT-warmtenet. Je kunt bepalen welke bronnen je op het HT-warmtenet wilt + inzetten in de HT-warmtenetten + sectie. + agriculture_final_demand_mt_central_steam_hot_water_share: + title: MT-warmtenet + short_description: + description: | + Dit schuifje stelt het percentage nuttige warmtevraag van de landbouw in dat geleverd wordt + door een MT-warmtenet. Je kunt bepalen welke bronnen je op het MT-warmtenet wilt + inzetten in de MT-warmtenetten sectie. agriculture_final_demand_local_steam_hot_water_share: title: Warmte van lokale WKK's diff --git a/config/locales/interface/input_elements/nl_demand_buildings.yml b/config/locales/interface/input_elements/nl_demand_buildings.yml index ccd970c75..e1aa3e553 100644 --- a/config/locales/interface/input_elements/nl_demand_buildings.yml +++ b/config/locales/interface/input_elements/nl_demand_buildings.yml @@ -118,13 +118,27 @@ nl: wordt geproduceerd (behalve CO2). Een groot nadeel is dat de olietanks na een paar decennia in de grond vaak gaan lekken en daarbij behoorlijke schade kunnen doen aan het milieu of de kwaliteit van het drinkwater. - buildings_space_heater_district_heating_steam_hot_water_share: - title: Warmtenet + buildings_space_heater_district_heating_ht_steam_hot_water_share: + title: HT-warmtenet short_description: description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + "HT-warmtenetten". + buildings_space_heater_district_heating_mt_steam_hot_water_share: + title: MT-warmtenet + short_description: + description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales + / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten + jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje + "MT-warmtenetten". + buildings_space_heater_district_heating_lt_steam_hot_water_share: + title: LT-warmtenet + short_description: + description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales + / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten + jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje + "LT-warmtenetten". buildings_space_heater_coal_share: title: Kolenketel short_description: diff --git a/config/locales/interface/input_elements/nl_demand_households.yml b/config/locales/interface/input_elements/nl_demand_households.yml index 72cadf537..47bb42c1f 100644 --- a/config/locales/interface/input_elements/nl_demand_households.yml +++ b/config/locales/interface/input_elements/nl_demand_households.yml @@ -485,13 +485,27 @@ nl: description: 'Dit zijn dezelfde ketels als de "HR combiketels", behalve dat ze geen warm water maken, maar alleen warmte voor de centrale verwarming. Hierdoor zijn deze apparaten een beetje efficiënter dan de combiketels. ' - households_heater_district_heating_steam_hot_water_share: - title: Warmtenet + households_heater_district_heating_ht_steam_hot_water_share: + title: HT-warmtenet short_description: description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten - jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + jouw gebied. Kies de warmtebronnen in het Aanbod gedeelte onder het kopje + "HT-warmtenetten". + households_heater_district_heating_mt_steam_hot_water_share: + title: MT-warmtenet + short_description: + description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales + / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten + jouw gebied. Kies de warmtebronnen in het Aanbod gedeelte onder het kopje + "MT-warmtenetten". + households_heater_district_heating_lt_steam_hot_water_share: + title: LT-warmtenet + short_description: + description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales + / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten + jouw gebied. Kies de warmtebronnen in het Aanbod gedeelte onder het kopje + "LT-warmtenetten". households_heater_hybrid_heatpump_air_water_electricity_share: title: Hybride luchtwarmtepomp (gas) short_description: diff --git a/config/locales/interface/input_elements/nl_demand_industry.yml b/config/locales/interface/input_elements/nl_demand_industry.yml index 78229f99a..8fd81d64e 100644 --- a/config/locales/interface/input_elements/nl_demand_industry.yml +++ b/config/locales/interface/input_elements/nl_demand_industry.yml @@ -91,12 +91,12 @@ nl: voor brandstofprijzen. Zie ook het onderdeel 'Kosten'. \r\n
    " industry_final_demand_for_other_paper_steam_hot_water_share: - title: Warmtenet + title: Stoomnet short_description: - description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales - / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten - jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + description: | + Warmte wordt geleverd door een collectief net als stoom. De warmte kan worden geproduceerd + door warmtekrachtkoppeling (WKK) of door grootschalige ketels. Je kunt de warmtebronnen instellen in + de sectie Bronnen stoomnet. industry_other_paper_heater_electricity_share: title: Elektrische boiler short_description: @@ -304,12 +304,12 @@ nl: brandstofmix die je hier invult zal waarschijnlijk het meest afhangen van je verwachtingen voor brandstofprijzen. Zie ook het onderdeel 'Kosten'.\r\n
    " industry_final_demand_for_chemical_fertilizers_steam_hot_water_share: - title: Warmtenet + title: Stoomnet short_description: - description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales - / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten - jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + description: | + Warmte wordt geleverd door een collectief net als stoom. De warmte kan worden geproduceerd + door warmtekrachtkoppeling (WKK) of door grootschalige ketels. Je kunt de warmtebronnen instellen in + de sectie Bronnen stoomnet. industry_chemicals_fertilizers_steam_methane_reformer_hydrogen_share: title: Lokale stoomreforming met aardgas short_description: @@ -418,12 +418,12 @@ nl: voor brandstofprijzen. Zie ook het onderdeel 'Kosten'. \r\n
    " industry_final_demand_for_chemical_other_steam_hot_water_share: - title: Warmtenet + title: Stoomnet short_description: - description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales - / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten - jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + description: | + Warmte wordt geleverd door een collectief net als stoom. De warmte kan worden geproduceerd + door warmtekrachtkoppeling (WKK) of door grootschalige ketels. Je kunt de warmtebronnen instellen in + de sectie Bronnen stoomnet. industry_chemicals_other_steam_recompression_electricity_share: title: Stoomrecompressie short_description: @@ -623,12 +623,12 @@ nl: brandstofmix die je hier invult zal waarschijnlijk het meest afhangen van je verwachtingen voor brandstofprijzen. Zie ook het onderdeel 'Kosten'.\r\n
    " industry_final_demand_for_other_food_steam_hot_water_share: - title: Warmtenet + title: Stoomnet short_description: - description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales - / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten - jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + description: | + Warmte wordt geleverd door een collectief net als stoom. De warmte kan worden geproduceerd + door warmtekrachtkoppeling (WKK) of door grootschalige ketels. Je kunt de warmtebronnen instellen in + de sectie Bronnen stoomnet. industry_other_food_heater_electricity_share: title: Elektrische boiler short_description: @@ -720,12 +720,12 @@ nl: voor brandstofprijzen. Zie ook het onderdeel 'Kosten'. \r\n
    " industry_final_demand_for_chemical_refineries_steam_hot_water_share: - title: Warmtenet + title: Stoomnet short_description: - description: Warmte uit een warmtenet kan geproduceerd worden door lokale warmtecentrales - / grootschalige warmteketels óf de warmte kan worden geïmporteerd van buiten - jouw gebied. Kies de warmtebronnen in het Aanbod-gedeelte onder het kopje - "Warmtenetten". + description: | + Warmte wordt geleverd door een collectief net als stoom. De warmte kan worden geproduceerd + door warmtekrachtkoppeling (WKK) of door grootschalige ketels. Je kunt de warmtebronnen instellen in + de sectie Bronnen stoomnet. capacity_of_industry_chemicals_refineries_flexibility_p2h_electricity: title: Power-to-heat boiler voor H2 en gasketels short_description: diff --git a/config/locales/interface/input_elements/nl_emissions_ccus.yml b/config/locales/interface/input_elements/nl_emissions_ccus.yml index a57d80be7..534f8a801 100644 --- a/config/locales/interface/input_elements/nl_emissions_ccus.yml +++ b/config/locales/interface/input_elements/nl_emissions_ccus.yml @@ -86,7 +86,7 @@ nl: title: Poederkolen + CCS description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan (poeder)kolencentrales is uitgerust met een - CO2afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en prijsontwikkelingen.

    @@ -102,7 +102,7 @@ nl: title: Kolenvergassing + CCS description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan kolen(vergassings)centrales is uitgerust met een - CO2afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en prijsontwikkelingen.

    @@ -118,7 +118,7 @@ nl: title: Bruinkolen + CCS description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan bruinkoolcentrales is uitgerust met een - CO2afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en prijsontwikkelingen.

    @@ -128,7 +128,7 @@ nl: title: Gas STEG + CCS description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan STEG gascentrales is uitgerust met een - CO2afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en prijsontwikkelingen.

    @@ -144,7 +144,7 @@ nl: title: Biomassavergassing + CCS description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan biomassavergassingsfabrieken voor de productie van waterstof - is uitgerust met een CO2afvanginstallatie. Omdat emissies van biomassa + is uitgerust met een CO2-afvanginstallatie. Omdat emissies van biomassa als 'kortcyclisch' worden gerekend, ontstaan er (boekhoudkundig) 'negatieve' emissies in jouw scenario als deze CO2 wordt afgevangen. Meer hierover lees je in de @@ -156,7 +156,7 @@ nl: title: Steam reforming + CCS description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan stoomreformingsfabrieken voor de productie van waterstof - is uitgerust met een CO2afvanginstallatie. Het opgestelde vermogen aan + is uitgerust met een CO2-afvanginstallatie. Het opgestelde vermogen aan stoomreformingsfabrieken is in te stellen op de waterstofpagina.

    " share_of_energy_hydrogen_autothermal_reformer_ccs: @@ -255,24 +255,40 @@ nl: title: Vloeibaar in schepen description: "Met deze schuif geef je aan hoeveel procent van de afgevangen CO2 in jouw scenario wordt getransporteerd via schepen. De CO2 moet hiervoor eerst vloeibaar gemaakt worden." - share_of_energy_chp_supercritical_ccs_waste_mix: - title: Afval WKK + CCS - description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde - vermogen aan Afval WKK centrales is uitgerust met een - CO2afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + share_of_energy_chp_supercritical_ccs_ht_waste_mix: + title: Afval WKK + CCS (HT) + description: | + Met deze schuif kun je instellen hoeveel procent van het opgestelde + vermogen aan Afval-WKK centrales dat aan een hoge-temperatuur (HT) warmtenet levert is uitgerust met een + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en - prijsontwikkelingen.

    - Het opgestelde vermogen aan Afval WKK centrales is in te stellen op de - elektriciteitspagina. - " + prijsontwikkelingen.

    + Het totaal opgestelde vermogen is in te stellen in de sectie + Afvalverbrandingcentrales. + De verhouding tussen levering van HT- en MT-warmte is vervolgens in te stellen in de sectie + Allocatie warmte uit WKK's. + share_of_energy_chp_supercritical_ccs_mt_waste_mix: + title: Afval WKK + CCS (MT) + description: | + Met deze schuif kun je instellen hoeveel procent van het opgestelde + vermogen aan Afval-WKK centrales dat aan een midden-temperatuur (MT) warmtenet levert is uitgerust met een + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is + onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en + prijsontwikkelingen.

    + Het totaal opgestelde vermogen is in te stellen in de sectie + Afvalverbrandingcentrales. + De verhouding tussen levering van HT- en MT-warmte is vervolgens in te stellen in de sectie + Allocatie warmte uit WKK's. share_of_energy_power_supercritical_ccs_waste_mix: title: Afvalverbranding + CCS - description: "Met deze schuif kun je instellen hoeveel procent van het opgestelde + description: | + Met deze schuif kun je instellen hoeveel procent van het opgestelde vermogen aan Afvalverbrandingcentrales is uitgerust met een - CO2afvanginstallatie. De hoeveelheid afgevangen emissies hangt af + CO2-afvanginstallatie. De hoeveelheid afgevangen emissies hangt af van de draaiuren van deze centrales. Dit varieert per scenario in het ETM en is onder andere afhankelijk van de elektriciteitsvraag, het opgestelde productiepark en prijsontwikkelingen.

    - Het opgestelde vermogen aan Afvalverbrandingscentrales is in te stellen op de - elektriciteitspagina." + Het totaal opgestelde vermogen is in te stellen in de sectie + Afvalverbrandingcentrales." diff --git a/config/locales/interface/input_elements/nl_supply_electricity.yml b/config/locales/interface/input_elements/nl_supply_electricity.yml index 3fd418d4b..3162b1017 100644 --- a/config/locales/interface/input_elements/nl_supply_electricity.yml +++ b/config/locales/interface/input_elements/nl_supply_electricity.yml @@ -2,14 +2,14 @@ nl: input_elements: capacity_of_energy_chp_local_engine_biogas: - title: Biogas WKK + title: Biogas-WKK short_description: description: | Een WKK produceert zowel elektriciteit als warmte. Stel hier het elektrische vermogen aan biogas-WKK's in dat warmte levert aan warmtenetten. Voor meer informatie kun je de Warmtenetten pagina's bekijken.
    capacity_of_energy_chp_local_wood_pellets: - title: Biomassa WKK + title: Biomassa-WKK short_description: description: | Een WKK produceert zowel elektriciteit als warmte. Stel hier het @@ -30,7 +30,7 @@ nl: beperkt is, kunnen ze een belangrijke rol spelen in het balanceren van het elektriciteitsnet.
    " capacity_of_energy_power_combined_cycle_hydrogen: - title: Waterstofcentrale (STEG) + title: Waterstof STEG short_description: description: 'Met deze schuif kun je capaciteit van STEG-waterstofcentrales opstellen die elektriciteit produceren met waterstof. Omdat STEG-waterstofcentrales @@ -181,7 +181,7 @@ nl: importeert geen afval, dus de beschikbare hoeveelheid afval bepaalt het potentieel voor deze technologie." capacity_of_energy_power_supercritical_ccs_waste_mix: - title: Afvalverbranding CCS + title: Afvalverbranding + CCS short_description: description: "Hiermee bouw je hoogrendment afvalverbrandingscentrale met CCS installatie. De instelling wordt omgezet in (delen van) centrales van 55 MWe. Brandbaar afval (huishoudelijk- @@ -204,7 +204,7 @@ nl: het potentieel voor deze technologie.\r\n

    \r\nDe schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven." capacity_of_energy_chp_supercritical_ccs_waste_mix: - title: Afval-WKK CCS + title: Afval-WKK + CCS short_description: description: "Hiermee bouw je een hoogrendment afvalverbrandingscentrale met CCUS installatie die warmte levert aan een warmtenet (60 MWe, 33 MWth). Brandbaar afval (huishoudelijk- @@ -268,7 +268,7 @@ nl: van de tijd op vol vermogen.\r\n\r\n

    \r\nDe schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven." capacity_of_energy_power_ultra_supercritical_ccs_coal: - title: Poederkolen CCS + title: Poederkolen + CCS short_description: '' description: "Dezelfde soort kolencentrale als hierboven (Poederkolencentrale). Deze past daarnaast ook afvang en opslag van de meeste geproduceerde CO2 @@ -293,7 +293,7 @@ nl: schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven.\r\n" capacity_of_energy_power_combined_cycle_ccs_coal: - title: Kolenvergassing CCS + title: Kolenvergassing + CCS short_description: '' description: "Dit is dezelfde kolenvergassingscentrale als hierboven. Deze past daarnaast ook afvang en opslag van de meeste geproduceerde CO2 @@ -306,7 +306,7 @@ nl: van de tijd op vol vermogen. \r\n\r\n

    \r\nDe schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven.\r\n" capacity_of_energy_power_ultra_supercritical_oxyfuel_ccs_lignite: - title: Bruinkolen 'oxyfuel' CCS + title: Bruinkolen 'oxyfuel' + CCS short_description: '' description: "800 MWe kolen- of bruinkolencentrale die daarnaast ook afvang en opslag van de meeste geproduceerde CO2 toepast. Deze technologie @@ -341,13 +341,13 @@ nl: van de tijd op vol vermogen.\r\n\r\n

    \r\nDe schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven." capacity_of_energy_chp_ultra_supercritical_lignite: - title: Bruinkoolcentrale met warmtelevering (WKK) + title: Bruinkolen-WKK short_description: '' description: 'Hier stel je in je hoeveel grote bruinkoolcentrales warmte leveren aan stadsverwarming en andere ''laagwaardige warmte'' netwerken. De stroom die wordt opgewekt zie je op de grafiek terug als kolenstroom. ' capacity_of_energy_chp_ultra_supercritical_coal: - title: Kolencentrale met warmtelevering (WKK) + title: Poederkolen-WKK short_description: '' description: "Grote ultra-superkritische poederkolen WKK centrale. Deze centrale is hetzelfde als de elektriciteitscentrale, behalve dat bij deze ook warmte @@ -357,7 +357,7 @@ nl: Afgezet tegen de totale kosten van een kolencentrale zijn de extra investeringen in warmteuitkoppeling beperkt." capacity_of_energy_chp_ultra_supercritical_cofiring_coal: - title: Bijstookkolencentrale met warmtelevering (WKK) + title: Poederkolen-WKK met bijstook short_description: description: "Grote ultra-superkritische poederkolen WKK centrale. Deze centrale is hetzelfde als de elektriciteitscentrale, behalve dat bij deze ook warmte @@ -517,7 +517,7 @@ nl: schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven." capacity_of_energy_chp_combined_cycle_network_gas: - title: Grootschalige gascentrale met warmtelevering (WKK) + title: Gas STEG WKK short_description: '' description: "Hiermee bouw je een grote warmte-kracht koppeling (WKK's) (~120 MWe and ~120 MWth) op gas. De stroom die de grote WKK's produceren staat in @@ -528,7 +528,7 @@ nl: (6000 uren/jaar e-productie). Een installatie van vergelijkbare grootte staat bijvoorbeeld in Rotterdam (RoCa)." capacity_of_energy_power_combined_cycle_ccs_network_gas: - title: Gas STEG CCS + title: Gas STEG + CCS short_description: '' description: "Dezelfde soort gascentrale als hierboven (STEG). Deze past daarnaast ook afvang en opslag van de meeste geproduceerde CO2 toe. Deze @@ -577,7 +577,7 @@ nl: schuifjesinstelling wordt omgezet naar (deel)aantallen van de centrale zoals hierboven omschreven." capacity_of_energy_chp_local_engine_network_gas: - title: Kleinschalige gascentrale met warmtelevering (WKK) + title: Gasmotor-WKK short_description: description: "Een WKK produceert zowel warmte als elektriciteit. Stel hier het vermogen aan gas WKKs in dat warmte levert aan warmtenetten.\r\n
    " diff --git a/config/locales/interface/input_elements/nl_supply_heat.yml b/config/locales/interface/input_elements/nl_supply_heat.yml index 25a0821f5..3e0aaa97c 100644 --- a/config/locales/interface/input_elements/nl_supply_heat.yml +++ b/config/locales/interface/input_elements/nl_supply_heat.yml @@ -5,7 +5,7 @@ nl: title: Geïmporteerde warmte short_description: description: "Hoeveel (rest)warmte kan er geïmporteerd worden van buiten jouw - regio? Met deze slider kan jij bepalen hoeveel dat zal zijn.\r\n

    \r\nDaarbij + regio? Met dit schuifje kan jij bepalen hoeveel dat zal zijn.\r\n

    \r\nDaarbij kan je met het schuifje hieronder de CO2-uitstoot van geïmporteerde warmte instellen en kan je onder het kopje 'Kosten' de kosten voor geïmporteerde warmte bepalen." @@ -119,7 +119,7 @@ nl: van restwarmte kunnen hier aangepast worden.\r\n
    " capacity_of_industry_chp_combined_cycle_gas_power_fuelmix: - title: Gas-WKK (STEG) + title: Gas STEG WKK short_description: '' description: | Warmtekrachtkoppelingen (WKK’s) maken warmte en elektriciteit. @@ -170,7 +170,7 @@ nl: Klik hier om de efficiënties van deze WKK aan te passen. capacity_of_industry_chp_ultra_supercritical_coal: - title: Kolen-WKK + title: Poederkolen-WKK short_description: description: "Warmtekrachtkoppelingen (WKK’s) produceren warmte en elektriciteit. Deze combinatie maakt WKK's vrij energie-efficiënt. Lokaal produceren en gebruiken @@ -180,7 +180,7 @@ nl: op gas, maar afhankelijk van de beschikbaarheid van brandstoffen kunnen ook kolen WKK's worden gebouwd." capacity_of_industry_chp_wood_pellets: - title: Biomassa WKK + title: Biomassa-WKK short_description: description: Een WKK produceert zowel warmte als elektriciteit. In de industrie is deze warmte vaak in de vorm van stoom. Kies hier het vermogen aan biomassa-WKKs @@ -222,10 +222,36 @@ nl: short_description: description: Een ketel produceert warmte. Stel hier het vermogen aan kolenketels in dat warmte levert aan warmtenetten. - heat_storage_enabled: + + + heat_storage_enabled_ht: title: '' description: '' - energy_heat_network_storage_loss_share: + heat_storage_enabled_mt: + title: '' + description: '' + heat_storage_enabled_lt: + title: '' + description: '' + energy_heat_network_storage_ht_loss_share: + title: Jaarlijkse verliezen + short_description: + description: "De startwaarde (30%) is gebaseerd op de jaarlijkse verliezen van + een ATES (Aquifer thermal energy storage) systeem. Opslagverliezen zijn afhankelijk van het type systeem. Bij + grotere opslagsystemen vermindert bijvoorbeeld het verliespercentage. Daarentegen + nemen de verliezen juist toe wanneer een open systeem wordt gebruikt (bijv. + WKO) in plaats van een gesloten systeem (zoals Ecovat). Hieronder vind je de + verliezen en kosten per opslagsysteem volgens dit rapport: + + De kosten van warmteopslag zijn hier in te stellen." + energy_heat_network_storage_mt_loss_share: title: Jaarlijkse verliezen short_description: description: "De startwaarde (30%) is gebaseerd op de jaarlijkse verliezen van @@ -242,11 +268,312 @@ nl:
  • Bore-hole Thermal Energy Storage (BTES): 79 €/MWh, 50% verlies
  • Ecovat: 86 €/MWh, 10% verlies
    • - De kosten van warmteopslag zijn hier in te stellen." - energy_heat_network_storage_output_capacity_share: - title: Levercapaciteit (als % van gemiddelde uurvraag) + De kosten van warmteopslag zijn hier in te stellen." + energy_heat_network_storage_lt_loss_share: + title: Jaarlijkse verliezen + short_description: + description: "De startwaarde (30%) is gebaseerd op de jaarlijkse verliezen van + een ATES (Aquifer thermal energy storage) systeem. Opslagverliezen zijn afhankelijk van het type systeem. Bij + grotere opslagsystemen vermindert bijvoorbeeld het verliespercentage. Daarentegen + nemen de verliezen juist toe wanneer een open systeem wordt gebruikt (bijv. + WKO) in plaats van een gesloten systeem (zoals Ecovat). Hieronder vind je de + verliezen en kosten per opslagsysteem volgens dit rapport: + + De kosten van warmteopslag zijn hier in te stellen." + capacity_of_energy_heat_boiler_ht_electricity: + title: Elektrische boiler + short_description: + description: "Gebruik dit schuifje om het totale, ingestelde vermogen (MW) van elektrische boilers + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Elektrische boilers gebruiken elektriciteit om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van e-boilers in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_boiler_lt_electricity: + title: Elektrische boiler + short_description: + description: "Gebruik dit schuifje om het totale, ingestelde vermogen (MW) van elektrische boilers + in het lage temperatuur warmtenet in te stellen. + \r\n

    \r\n + Elektrische boilers gebruiken elektriciteit om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van e-boilers in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_boiler_mt_electricity: + title: Elektrische boiler + short_description: + description: "Gebruik dit schuifje om het totale, ingestelde vermogen (MW) van elektrische boilers + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Elektrische boilers gebruiken elektriciteit om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van e-boilers in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_ht_coal: + title: Kolenketel short_description: - description: 'Met deze schuif stel je de uurlijkse warmtelevercapaciteit (outputcapaciteit) + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van kolenketels + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Kolenketels verstoken kolen om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van kolenketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_ht_crude_oil: + title: Olieketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van olieketels + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Olieketels verstoken olie om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van olieketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_ht_hydrogen: + title: Waterstofketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van waterstofketels + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Waterstofketels verstoken waterstof om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van waterstofketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_ht_network_gas: + title: Gasketel (netwerkgas) + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van netwerkgasketels + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Gasketels verstoken gas om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van gasketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts. + \r\n

    \r\n + Let op: netwerkgas kan bestaan uit een mengsel van aardgas en biogas. + Zie Aanbod > Biomassa > (Groen) gas in gasnetwerk voor meer informatie." + capacity_of_energy_heat_burner_ht_waste_mix: + title: Afvalketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van afvalketels + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Afvalketels verstoken afval om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie via afvalverbranding in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_ht_wood_pellets: + title: Biomassaketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van biomassaketels + in het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Biomassaketels verstoken biomassa om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van biomassaketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts. Bekijk de totale vraag en de potentie van biomassa + in de regio via de ‘Biomassavraag en -potentie’ grafiek of ga naar Aanbod > Biomassa > + Potentie van biomassa." + capacity_of_energy_heat_burner_lt_hydrogen: + title: Waterstofketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van waterstofketels + in het lage-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Waterstofketels verstoken waterstof om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van waterstofketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_mt_coal: + title: Kolenketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van kolenketels + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Kolenketels verstoken kolen om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van kolenketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_mt_crude_oil: + title: Olieketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van olieketels + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Olieketels verstoken olie om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van olieketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_mt_hydrogen: + title: Waterstofketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van waterstofketels + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Waterstofketels verstoken waterstof om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van waterstofketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_mt_network_gas: + title: Gasketel (netwerkgas) + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van netwerkgasketels + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Gasketels verstoken gas om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van gasketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts. + \r\n

    \r\n + Let op: netwerkgas kan bestaan uit een mengsel van aardgas en biogas. + Zie Aanbod > Biomassa > (Groen) gas in gasnetwerk voor meer informatie." + capacity_of_energy_heat_burner_mt_waste_mix: + title: Afvalketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van afvalketels + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Afvalketels verstoken afval om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie via afvalverbranding in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_burner_mt_wood_pellets: + title: Biomassaketel + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) van biomassaketels + in het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + Biomassaketels verstoken biomassa om warmte te genereren. Met dit schuifje + stel je de jaarlijke warmteproductie van biomassaketels in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts. Bekijk de totale vraag en de potentie van biomassa + in de regio via de ‘Biomassavraag en -potentie’ grafiek of ga naar Aanbod > Biomassa > + Potentie van biomassa." + capacity_of_energy_heat_heatpump_water_water_ht_electricity: + title: Collectieve water warmtepomp + short_description: + description: Een warmtepomp produceert warmte uit elektriciteit en omgevingswarmte. + Stel hier het vermogen aan collectieve warmtepompen in dat warmte levert aan + hoge-temperatuur warmtenetten. + capacity_of_energy_heat_heatpump_water_water_lt_electricity: + title: Collectieve water warmtepomp + short_description: + description: Een warmtepomp produceert warmte uit elektriciteit en omgevingswarmte. + Stel hier het vermogen aan collectieve warmtepompen in dat warmte levert aan + lage-temperatuur warmtenetten. + capacity_of_energy_heat_heatpump_water_water_mt_electricity: + title: Collectieve water warmtepomp + short_description: + description: Een warmtepomp produceert warmte uit elektriciteit en omgevingswarmte. + Stel hier het vermogen aan collectieve warmtepompen in dat warmte levert aan + midden-temperatuur warmtenetten. + capacity_of_energy_heat_solar_lt_solar_thermal: + title: Zonthermie + short_description: + description: Bij zonthermie wordt de warmte van de zon omgezet in warm water. + Deze warmteproductie is vooral groot in de zomer, terwijl de vraag naar warmte + hoog is in de winter. Maak gebruik van seizoensopslag voor een effectieve + inzet. + capacity_of_energy_heat_solar_mt_solar_thermal: + title: Zonthermie + short_description: + description: Bij zonthermie wordt de warmte van de zon omgezet in warm water. + Deze warmteproductie is vooral groot in de zomer, terwijl de vraag naar warmte + hoog is in de winter. Maak gebruik van seizoensopslag voor een effectieve + inzet. + capacity_of_energy_heat_solar_ht_solar_thermal: + title: Zonthermie + short_description: + description: | + Bij zonthermie wordt de warmte van de zon omgezet in warm water. + Deze warmteproductie is vooral groot in de zomer, terwijl de vraag naar warmte + hoog is in de winter. Maak gebruik van seizoensopslag voor een effectieve + inzet. + capacity_of_energy_heat_well_deep_ht_geothermal: + title: Diepe geothermie + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) + aan diepe geothermie warmteinstallaties in hoge-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + Diepe geothermische energie wordt onttrokken aan aardlagen van 1500-4000 meter diep. + Doorgaans produceren diep-geothermische warmtebronnen een relatief constant vermogen + aangezien ze niet vatbaar zijn voor temperatuurschommelingen gedurende het seizoen. + De leveringstemperatuur kan liggen tussen de 70 en 90 graden Celsius afhankelijk van de diepte en de locatie. + \r\n

    \r\n + Met dit schuifje stel je de jaarlijke warmteproductie van diep-geothermische bronnen in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_well_deep_mt_geothermal: + title: Diepe geothermie + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) + aan diepe geothermie warmteinstallaties in midden-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + Diepe geothermische energie wordt onttrokken aan aardlagen van 1500-4000 meter diep. + Doorgaans produceren diep-geothermische warmtebronnen een relatief constant vermogen + aangezien ze niet vatbaar zijn voor temperatuurschommelingen gedurende het seizoen. + De leveringstemperatuur kan liggen tussen de 70 en 90 graden Celsius afhankelijk van de diepte en de locatie. + \r\n

    \r\n + Met dit schuifje stel je de jaarlijke warmteproductie van diep-geothermische bronnen in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_well_shallow_heatpump_mt_geothermal: + title: Ondiepe geothermie met warmtepomp + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) + van ondiepe geothermische warmteinstallaties met warmtepompen + in midden-temperatuur warmtenetten. + \r\n

    \r\n + Ondiepe geothermische energie wordt onttrokken aan aardlagen van + 500-1500 meter diep. Doorgaans produceren ondiep-geothermische warmtebronnen een + relatief constant vermogen aangezien ze niet vatbaar zijn voor temperatuurschommelingen gedurende het seizoen. + De leveringstemperatuur kan liggen tussen de 20 en 70 graden Celsius afhankelijk van de diepte en de locatie. + Er wordt gebruikgemaakt van een warmtepomp om de warmte naar de juiste temperatuur op te waarderen + voor een midden-temperatuur warmtenet. + \r\n

    \r\n + Met dit schuifje stel je de jaarlijke warmteproductie van ondiep-geothermische bronnen in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + capacity_of_energy_heat_well_shallow_lt_geothermal: + title: Ondiepe geothermie met warmtepomp + short_description: + description: "Gebruik dit schuifje om het totale, geïnstalleerde vermogen (MW) + van ondiepe geothermische warmteinstallaties met warmtepompen + in midden-temperatuur warmtenetten. + \r\n

    \r\n + Ondiepe geothermische energie wordt onttrokken aan aardlagen van + 500-1500 meter diep. Doorgaans produceren ondiep-geothermische warmtebronnen een + relatief constant vermogen aangezien ze niet vatbaar zijn voor temperatuurschommelingen gedurende het seizoen. + De leveringstemperatuur kan liggen tussen de 20 en 70 graden Celsius afhankelijk van de diepte en de locatie. + Er wordt gebruikgemaakt van een warmtepomp om de warmte naar de juiste temperatuur op te waarderen + voor een midden-temperatuur warmtenet. + \r\n

    \r\n + Met dit schuifje stel je de jaarlijke warmteproductie van ondiep-geothermische bronnen in en maak je deze zichtbaar in de + aanbodkant van de grafiek rechts." + energy_heat_distribution_ht_loss_share: + title: Transport- en distributieverliezen + short_description: + description: "De standaardwaarde van de verliesschuif is erg laag of zelfs nul + voor veel landen en regio's in het ETM. Dit komt omdat er vaak geen betrouwbare + data over warmteverliezen beschikbaar is. Zorg ervoor dat de schuif hieronder + op een realistisch getal gezet wordt als warmtenetten een rol spelen in jouw + scenario. Voor moderne warmtenetten is 15% een veelgebruikte aanname, voor + oudere/bestaande systemen ligt dit dichter bij 25-30%." + energy_heat_distribution_lt_loss_share: + title: Transport- en distributieverliezen + short_description: + description: "De standaardwaarde van de verliesschuif is erg laag of zelfs nul + voor veel landen en regio's in het ETM. Dit komt omdat er vaak geen betrouwbare + data over warmteverliezen beschikbaar is. Zorg ervoor dat de schuif hieronder + op een realistisch getal gezet wordt als warmtenetten een rol spelen in jouw + scenario. Voor moderne warmtenetten is 15% een veelgebruikte aanname, voor + oudere/bestaande systemen ligt dit dichter bij 25-30%." + energy_heat_distribution_mt_loss_share: + title: Transport- en distributieverliezen + short_description: + description: "De standaardwaarde van de verliesschuif is erg laag of zelfs nul + voor veel landen en regio's in het ETM. Dit komt omdat er vaak geen betrouwbare + data over warmteverliezen beschikbaar is. Zorg ervoor dat de schuif hieronder + op een realistisch getal gezet wordt als warmtenetten een rol spelen in jouw + scenario. Voor moderne warmtenetten is 15% een veelgebruikte aanname, voor + oudere/bestaande systemen ligt dit dichter bij 25-30%." + energy_heat_network_storage_lt_steam_hot_water_output_capacity_share: + title: Warmtelevercapaciteit (als % van gemiddelde uurlast) + short_description: + description: 'Met dit schuifje stel je de uurlijkse warmtelevercapaciteit (outputcapaciteit) van warmteopslag in. Standaard is deze capaciteit onbeperkt. Dit houdt in dat er geen limiet is aan de hoeveelheid warmte die in een uur uit de opslag gehaald kan worden (gegeven dat er voldoende warmte in de opslag aanwezig is). Met deze @@ -260,12 +587,243 @@ nl: vermogen in MW zien.

    Deze schuif is bedoeld voor expertgebruikers. In veel gevallen hoeft de standaardinstelling niet aangepast te worden.' - energy_heat_distribution_loss_share: - title: Transport- en distributieverliezen + energy_heat_network_storage_mt_steam_hot_water_output_capacity_share: + title: Warmtelevercapaciteit (als % van gemiddelde uurlast) short_description: - description: De standaardwaarde van de verliesschuif is erg laag of zelfs nul - voor veel landen en regio's in het ETM. Dit komt omdat er vaak geen betrouwbare - data over warmteverliezen beschikbaar is. Zorg ervoor dat de schuif hieronder - op een realistisch getal gezet wordt als warmtenetten een rol spelen in jouw - scenario. Voor moderne warmtenetten is 15% een veelgebruikte aanname, voor - oudere/bestaande systemen ligt dit dichter bij 25-30%. + description: 'Met dit schuifje stel je de uurlijkse warmtelevercapaciteit (outputcapaciteit) + van warmteopslag in. Standaard is deze capaciteit onbeperkt. Dit houdt in dat er + geen limiet is aan de hoeveelheid warmte die in een uur uit de opslag gehaald + kan worden (gegeven dat er voldoende warmte in de opslag aanwezig is). Met deze + schuif kun je dit beperken. Hierdoor wordt de opslag gedurende het jaar langzamer + leeggehaald. Een gevolg is dat andere regelbare warmtebronnen (zoals piekketels) + mogelijk eerder moeten bijspringen.

    + De schuif is een percentage van de gemiddelde uurlijkse warmtevraag. Bijvoorbeeld: + een waarde van 200% betekent dat de hoeveelheid warmte die in een uur uit de opslag + gehaald kan worden maximaal 2 keer de gemiddelde uurlijkse vraag is. + Bekijk de grafiek "Warmtenetbronnen: vermogens en marginale kosten" om het resulterende + vermogen in MW zien.

    + Deze schuif is bedoeld voor expertgebruikers. In veel gevallen hoeft de standaardinstelling + niet aangepast te worden.' + energy_heat_network_storage_ht_steam_hot_water_output_capacity_share: + title: Warmtelevercapaciteit (als % van gemiddelde uurlast) + short_description: + description: 'Met dit schuifje stel je de uurlijkse warmtelevercapaciteit (outputcapaciteit) + van warmteopslag in. Standaard is deze capaciteit onbeperkt. Dit houdt in dat er + geen limiet is aan de hoeveelheid warmte die in een uur uit de opslag gehaald + kan worden (gegeven dat er voldoende warmte in de opslag aanwezig is). Met deze + schuif kun je dit beperken. Hierdoor wordt de opslag gedurende het jaar langzamer + leeggehaald. Een gevolg is dat andere regelbare warmtebronnen (zoals piekketels) + mogelijk eerder moeten bijspringen.

    + De schuif is een percentage van de gemiddelde uurlijkse warmtevraag. Bijvoorbeeld: + een waarde van 200% betekent dat de hoeveelheid warmte die in een uur uit de opslag + gehaald kan worden maximaal 2 keer de gemiddelde uurlijkse vraag is. + Bekijk de grafiek "Warmtenetbronnen: vermogens en marginale kosten" om het resulterende + vermogen in MW zien.

    + Deze schuif is bedoeld voor expertgebruikers. In veel gevallen hoeft de standaardinstelling + niet aangepast te worden.' + volume_of_ht_imported_heat: + title: Warmte-import + short_description: + description: "Gebruik dit schuifje om de hoeveelheid warmte-import (PJ) te beinvloeden die van + buiten dit gebied wordt geimporteerd voor hoge-temperatuur warmtenetten. + \r\n

    \r\n + Ga naar Aanbod > Warmtenetten > + CO2-emissie van geïmporteerde warmte om + om de hoeveelheid bijkomstige emissies door geimporteerde warmte in te stellen." + volume_of_lt_imported_heat: + title: Warmte-import + short_description: + description: "Gebruik dit schuifje om de hoeveelheid warmte-import (PJ) te beinvloeden die van + buiten dit gebied wordt geimporteerd voor lage-temperatuur warmtenetten. + \r\n

    \r\n + Ga naar Aanbod > Warmtenetten > + CO2-emissie van geïmporteerde warmte om + om de hoeveelheid bijkomstige emissies door geimporteerde warmte in te stellen." + volume_of_mt_imported_heat: + title: Warmte-import + short_description: + description: "Gebruik dit schuifje om de hoeveelheid warmte-import (PJ) te beinvloeden die van + buiten dit gebied wordt geimporteerd voor midden-temperatuur warmtenetten. + \r\n

    \r\n + Ga naar Aanbod > Warmtenetten > + CO2-emissie van geïmporteerde warmte om + om de hoeveelheid bijkomstige emissies door geimporteerde warmte in te stellen." + share_of_energy_chp_combined_cycle_ht_network_gas: + title: Hoge-temperatuur gas STEG WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + gas STEG WKK's voor hoge-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door Gas STEG WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Gascentrales + om dit aan te passen." + share_of_energy_chp_combined_cycle_mt_network_gas: + title: Midden-temperatuur gas STEG WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + gas STEG WKK's voor midden-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door gas STEG WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Gascentrales + om dit aan te passen." + share_of_energy_chp_local_engine_ht_biogas: + title: Hoge-temperatuur biogas WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + biogas WKK's voor hoge-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door biogas WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Biomassacentrales + om dit aan te passen." + share_of_energy_chp_local_engine_mt_biogas: + title: Midden-temperatuur biogas WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + biogas WKK's voor midden-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door biogas WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Biomassacentrales + om dit aan te passen." + share_of_energy_chp_local_engine_mt_network_gas: + title: Midden-temperatuur gasmotor WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + gasmotor WKK's voor midden-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door gasmotor WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Gascentrales + om dit aan te passen." + share_of_energy_chp_local_engine_ht_network_gas: + title: Hoge-temperatuur gasmotor WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + gasmotor WKK's voor hoge-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door gasmotor WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Gascentrales + om dit aan te passen." + share_of_energy_chp_local_ht_wood_pellets: + title: Hoge-temperatuur biomassa WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + biomassa WKK's voor hoge-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door biomassa WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Biomassacentrales + om dit aan te passen." + share_of_energy_chp_local_mt_wood_pellets: + title: Midden-temperatuur biomassa WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + biomassa WKK's voor hoge-temperatuur warmtenetten in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die wordt geproduceerd door Biomassa WKK's wordt bepaald + door het totaal geinstalleerd vermogen. + Ga naar Biomassacentrales + om dit aan te passen." + share_of_energy_chp_ultra_supercritical_cofiring_ht_coal: + title: Hoge-temperatuur grootschalige kolen WKK met bijstook + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + grootschalige poederkolen WKK's met bijstook voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door poederkolen WKK's met bijstook + wordt bepaald door het geïnstalleerde vermogen. Bekijk het geïnstalleerde vermogen + hier." + share_of_energy_chp_ultra_supercritical_cofiring_mt_coal: + title: Midden-temperatuur grootschalige kolen WKK met bijstook + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + grootschalige poederkolen WKK's met bijstook voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door grootschalige poederkolen WKK's met bijstook + wordt bepaald door het geïnstalleerde vermogen. Bekijk het geïnstalleerde vermogen + hier." + share_of_energy_chp_ultra_supercritical_ht_coal: + title: Hoge-temperatuur grootschalige kolen WKK met bijstook + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + grootschalige poederkolen WKK's voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door poederkolen WKK's met bijstook + wordt bepaald door het geïnstalleerde vermogen. Bekijk het geïnstalleerde vermogen + hier." + share_of_energy_chp_ultra_supercritical_mt_coal: + title: Hoge-temperatuur grootschalige kolen WKK met bijstook + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + grootschalige poederkolen WKK's voor het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door poederkolen WKK's met bijstook + wordt bepaald door het geïnstalleerde vermogen. Bekijk het geïnstalleerde vermogen + hier." + share_of_energy_chp_supercritical_ht_waste_mix: + title: Hoge-temperatuur afval WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + afval WKK's voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door afval WKK's + wordt bepaald door het geïnstalleerde vermogen. Bekijk het geïnstalleerde vermogen + hier." + share_of_energy_chp_supercritical_mt_waste_mix: + title: Midden-temperatuur afval WKK + short_description: + description: "Gebruik dit schuifje om het percentage aan warmte afkomstig van + afval WKK's voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door afval WKK's + wordt bepaald door het geïnstalleerde vermogen. Bekijk het geïnstalleerde vermogen + hier." + share_of_energy_heat_flexibility_p2h_boiler_ht_electricity: + title: Hoge-temperatuur power-to-heat (P2H) boiler + short_description: + description: + Gebruik dit schuifje om het percentage aan warmte afkomstig van + power-to-heat (P2H) boilers voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door power-to-heat boilers wordt bepaald door het geïnstalleerde vermogen + en de betalingsbereidheid. Je kunt deze kenmerken wijzigen in de + + Conversie naar warmte voor warmtenetten sectie. + share_of_energy_heat_flexibility_p2h_boiler_mt_electricity: + title: Midden-temperatuur power-to-heat (P2H) boiler + short_description: + description: + Gebruik dit schuifje om het percentage aan warmte afkomstig van + power-to-heat (P2H) boilers voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door power-to-heat boilers wordt bepaald door het geïnstalleerde vermogen + en de betalingsbereidheid. Je kunt deze kenmerken wijzigen in de + + Conversie naar warmte voor warmtenetten sectie. + share_of_energy_heat_flexibility_p2h_heatpump_ht_electricity: + title: Hoge-temperatuur power-to-heat (P2H) warmtepomp + short_description: + description: + Gebruik dit schuifje om het percentage aan warmte afkomstig van + power-to-heat (P2H) warmtepompen voor het hoge-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door power-to-heat warmtepompen wordt bepaald door het geïnstalleerde vermogen + en de betalingsbereidheid. Je kunt deze kenmerken wijzigen in de + + Conversie naar warmte voor warmtenetten sectie. + share_of_energy_heat_flexibility_p2h_heatpump_mt_electricity: + title: Midden-temperatuur power-to-heat (P2H) warmtepomp + short_description: + description: + Gebruik dit schuifje om het percentage aan warmte afkomstig van + power-to-heat (P2H) warmtepompen voor het midden-temperatuur warmtenet in te stellen. + \r\n

    \r\n + De hoeveelheid warmte die geproduceerd wordt door power-to-heat warmtepompen wordt bepaald door het geïnstalleerde vermogen + en de betalingsbereidheid. Je kunt deze kenmerken wijzigen in de + + Conversie naar warmte voor warmtenetten sectie. + diff --git a/config/locales/interface/nl_sidebar_items.yml b/config/locales/interface/nl_sidebar_items.yml index 6b76b059c..ae4ea748b 100644 --- a/config/locales/interface/nl_sidebar_items.yml +++ b/config/locales/interface/nl_sidebar_items.yml @@ -205,12 +205,12 @@ nl: short_title: Elektriciteit title: Elektriciteit short_description: '' - description: + description: specs_renewable_electricity: short_title: Hernieuwbare elektriciteit title: Hernieuwbare elektriciteit short_description: '' - description: + description: flexibility_conversion: short_title: Conversie elektriciteit title: Conversie elektriciteit @@ -294,9 +294,19 @@ nl: De warmtevraag neemt gestaag af door betere isolatie van gebouwen. De elektriciteitsvraag is alsmaar gegroeid. Als mensen rijker worden, gaan ze meer elektrische apparaten gebruiken.\r\n\r\n" - heat_merit: - short_title: Merit order - title: Inzetvolgorde warmtebronnen + heat_lt: + short_title: LT-warmtenetten + title: Lage-temperatuur (LT) warmtenetten + short_description: + description: + heat_mt: + short_title: MT-warmtenetten + title: Midden-temperatuur (MT) warmtenetten + short_description: + description: + heat_ht: + short_title: HT-warmtenetten + title: Hoge-temperatuur (HT) warmtenetten short_description: '' description: '' hydrogen: diff --git a/config/locales/interface/output_element_series/en_labels.yml b/config/locales/interface/output_element_series/en_labels.yml index e03fc7a38..f0115f2d4 100644 --- a/config/locales/interface/output_element_series/en_labels.yml +++ b/config/locales/interface/output_element_series/en_labels.yml @@ -106,7 +106,8 @@ en: energy_heat_import_steam_hot_water_steam_hot_water_output_curve: 'Imported heat' energy_heat_industry_residual_heat_steam_hot_water_output_curve: 'Residual heat from industry' energy_heat_solar_thermal_steam_hot_water_output_curve: 'Solar thermal' - energy_heat_well_geothermal_steam_hot_water_output_curve: 'Geothermal heat' + energy_heat_well_deep_geothermal_steam_hot_water_output_curve: 'Geothermal (deep)' + energy_heat_well_shallow_geothermal_steam_hot_water_output_curve: 'Geothermal (shallow)' energy_heat_distribution_loss_input_curve: 'Distribution losses' energy_direct_air_capture_steam_hot_water_input_curve: 'Direct Air Capture (CCUS)' energy_heat_unused_steam_hot_water_input_curve: 'Heat surplus (wasted)' @@ -115,11 +116,11 @@ en: households_final_demand_steam_hot_water_input_curve: 'Households' other_final_demand_steam_hot_water_input_curve: 'Other' energy_chp_combined_cycle_network_gas_in_heat_network_mekko: "Gas CHP - large-scale" - industry_chp_wood_pellets: 'Biomass CHP - industry' - industry_chp_turbine_hydrogen: 'Hydrogen turbine CHP - industry' - energy_chp_local_wood_pellets: 'Biomass CHP - small-scale' - energy_chp_local_engine_network_gas: 'Gas engine CHP - small-scale' - energy_chp_local_engine_biogas: 'Biogas engine CHP - small-scale' + industry_chp_wood_pellets: 'Industry biomass CHP' + industry_chp_turbine_hydrogen: 'Industry hydrogen turbine CHP' + energy_chp_local_wood_pellets: 'Biomass CHP' + energy_chp_local_engine_network_gas: 'Gas motor CHP' + energy_chp_local_engine_biogas: 'Biogas CHP' energy_chp_engine_biogas_in_heat_network_mekko: "Biogas CHP - large-scale" energy_chp_supercritical_waste_mix_in_heat_network_mekko: "Waste CHP - large-scale" energy_chp_ultra_supercritical_coal_in_heat_network_mekko: "Coal CHPs - large-scale" @@ -131,15 +132,28 @@ en: energy_heat_network_storage: "(Seasonal) storage" energy_heat_network_storage_in: "Heat to (seasonal) storage" energy_heat_network_storage_out: "Heat from (seasonal) storage" - energy_heat_heatpump_water_water_electricity: "Electric heat pump" - energy_heat_boiler_electricity: "Electric boiler" - energy_heat_burner_wood_pellets: "Biomass burner" - energy_heat_burner_waste_mix: "Waste incineration" - energy_heat_burner_network_gas: "Network gas burner" - energy_heat_burner_hydrogen: "Hydrogen burner" - energy_heat_burner_crude_oil: "Oil burner" - energy_heat_burner_coal: "Coal burner" - energy_heat_backup_burner_network_gas: "Network gas burner (back-up)" + energy_heat_heatpump_water_water_ht_electricity: "Collective heat pump (HT)" + energy_heat_heatpump_water_water_mt_electricity: "Collective heat pump (MT)" + energy_heat_heatpump_water_water_lt_electricity: "Collective heat pump (LT)" + energy_heat_boiler_ht_electricity: "Electric boiler (HT)" + energy_heat_boiler_mt_electricity: "Electric boiler (MT)" + energy_heat_boiler_lt_electricity: "Electric boiler (LT)" + energy_heat_burner_ht_wood_pellets: "Biomass burner (HT)" + energy_heat_burner_mt_wood_pellets: "Biomass burner (MT)" + energy_heat_burner_ht_waste_mix: "Waste incineration (HT)" + energy_heat_burner_mt_waste_mix: "Waste incineration (MT)" + energy_heat_burner_ht_network_gas: "Network gas burner (HT)" + energy_heat_burner_mt_network_gas: "Network gas burner (MT)" + energy_heat_burner_ht_hydrogen: "Hydrogen burner (HT)" + energy_heat_burner_mt_hydrogen: "Hydrogen burner (MT)" + energy_heat_burner_lt_hydrogen: "Hydrogen burner (LT)" + energy_heat_burner_ht_crude_oil: "Oil burner (HT)" + energy_heat_burner_mt_crude_oil: "Oil burner (MT)" + energy_heat_burner_ht_coal: "Coal burner (HT)" + energy_heat_burner_mt_coal: "Coal burner (MT)" + energy_heat_backup_burner_ht_network_gas: "Network gas backup burner (HT)" + energy_heat_backup_burner_mt_network_gas: "Network gas backup burner (MT)" + energy_heat_backup_burner_lt_network_gas: "Network gas backup burner (LT)" households_heat_network_connection_steam_hot_water_in_heat_network_mekko: "Households" energy_interconnector_imported_electricity: "Imported electricity" energy_steel_hisarna_transformation_coal: "Cyclone furnace on biomass - steel industry" @@ -156,17 +170,19 @@ en: total_heat_network_demand_agriculture: "Agricultural heat network demand" total_heat_network_demand_industry: "Industrial heat network demand" agriculture_central_heat: "Heat from district heating" + agriculture_central_ht_heat: "Heat from HT district heating" + agriculture_central_mt_heat: "Heat from MT district heating" agriculture_local_heat: "Heat from local CHPs" agriculture_wasted_heat: "Heat surplus from local CHPs (wasted)" agriculture_demand_local_steam_hot_water: "Agriculture demand" agriculture_demand_unused_steam_hot_water: "Heat surplus (wasted)" - agriculture_chp_engine_biogas: "Biogas CHP - agriculture" + agriculture_chp_engine_biogas: "Agriculture biogas CHP" agriculture_supply_chp_engine_biogas: "Biogas CHP" - agriculture_chp_wood_pellets: "Biomass CHP - agriculture" + agriculture_chp_wood_pellets: "Agriculture biomass CHP" agriculture_supply_chp_wood_pellets: "Biomass CHP" - agriculture_chp_engine_dispatchable_network_gas: "Gas motor CHP - agriculture (dispatchable)" + agriculture_chp_engine_dispatchable_network_gas: "Agriculture gas motor CHP (dispatchable)" agriculture_supply_chp_engine_dispatchable_network_gas: "Gas motor CHP (dispatchable)" - agriculture_chp_engine_must_run_network_gas: "Gas motor CHP - agriculture (must-run)" + agriculture_chp_engine_must_run_network_gas: "Agriculture gas motor CHP (must-run)" agriculture_supply_chp_engine_must_run_network_gas: "Gas motor CHP (must-run)" agriculture_supply_backup_network_gas: "Gas burner (back-up)" all_plants_capacity: "All Plants (capacity)" @@ -212,6 +228,8 @@ en: bio_lng: "Bio LNG" bio_lng_national_transport: "Bio-LNG for national transport" biogas: "Biogas" + biogas_chp_ht: "Biogas CHP (HT)" + biogas_chp_mt: "Biogas CHP (MT)" biogas_chp: "Biogas CHP" biodiesel: "Biodiesel" biodiesel_national_transport: "Biodiesel for national transport" @@ -266,7 +284,7 @@ en: chp_heat_and_electricity: "CHP (heat and electricity)" chp_renewable_electricity: "CHP renewable electricity" chp_renewable_heat: "CHP renewable heat" - chp_s: "CHP's" + chp_s: "CHPs" cleaning: "Cleaning" clothes_dryer: "Dryer" captured_co2_emission: "Captured CO2 emissions" @@ -298,6 +316,10 @@ en: coal_and_derivatives_heating: "Coal (for heating)" coal_and_derivatives_non_energetic: "Coal (feedstock)" coal_ccs: "Coal CCS" + coal_chp_pwd_ht: "Pulverized coal CHP (HT)" + coal_chp_pwd_mt: "Pulverized coal CHP (MT)" + coal_chp_pwd_cofiring_ht: "Pulverized coal CHP with co-firing (HT)" + coal_chp_pwd_cofiring_mt: "Pulverized coal CHP with co-firing (MT)" coal_chp: "Coal CHP" coal_chp_cofiring: "Coal co-firing CHP" coal_conv: "Coal SC" @@ -451,12 +473,12 @@ en: emissions: "Emissies" energetic_use: "Energetic use" energy: "Energy" - energy_chp_combined_cycle_network_gas: 'Gas plant for district heat (CHP)' + energy_chp_combined_cycle_network_gas: 'Gas CCGT CHP' energy_chp_supercritical_waste_mix: 'Waste CHP' - energy_chp_supercritical_ccs_waste_mix: 'Waste CHP CCS' - energy_chp_ultra_supercritical_coal: 'Coal plant for district heat (CHP)' - energy_chp_ultra_supercritical_cofiring_coal: 'Co-firing coal plant for district heat (CHP)' - energy_chp_ultra_supercritical_lignite: 'Lignite plant for district heat (CHP)' + energy_chp_supercritical_ccs_waste_mix: 'Waste CHP + CCS' + energy_chp_ultra_supercritical_coal: 'Pulverized coal CHP' + energy_chp_ultra_supercritical_cofiring_coal: 'Pulverized coal with CHP co-firing' + energy_chp_ultra_supercritical_lignite: 'Lignite CHP' energy_export_electricity: "Exported" energy_flexibility_curtailment_electricity: "Curtailment of must-run and volatile producers" energy_flexibility_load_shifting_electricity_input: "Increased demand in industry" @@ -510,6 +532,10 @@ en: energy_export_hydrogen_for_mekko: 'Export' energy_heat_flexibility_p2h_boiler_electricity: "Converted to heat for district heating (boiler)" energy_heat_flexibility_p2h_heatpump_electricity: "Converted to heat for district heating (heat pump)" + energy_heat_flexibility_p2h_boiler_ht_electricity: "Converted to heat for HT district heating (boiler)" + energy_heat_flexibility_p2h_boiler_mt_electricity: "Converted to heat for MT district heating (boiler)" + energy_heat_flexibility_p2h_heatpump_ht_electricity: "Converted to heat for HT district heating (heat pump)" + energy_heat_flexibility_p2h_heatpump_mt_electricity: "Converted to heat for MT district heating (heat pump)" energy_hydrogen_biomass_gasification_for_mekko: 'Biomass gasification' energy_hydrogen_biomass_gasification_ccs_for_mekko: "Biomass gasification + CCS" energy_hydrogen_electrolysis_wind_electricity_for_mekko: "Offshore wind" @@ -560,6 +586,10 @@ en: gas: "Gas" gas_ccgt: "Gas CCGT" gas_ccgt_ccs: "Gas CCGT CCS" + gas_chp_ccgt_ht: "Gas CCGT CHP (HT)" + gas_chp_ccgt_mt: "Gas CCGT CHP (MT)" + gas_chp_engine_ht: "Gas motor CHP (HT)" + gas_chp_engine_mt: "Gas motor CHP (MT)" gas_chp_large: "Large-scale gas CHP" gas_chp_small: "Gas CHP" gas_conv: "Conventional Gas" @@ -616,11 +646,42 @@ en: heat_from_renewables: "Heat from renewables" heat_from_waste: "Heat from waste" heat_hot_water: "Heat / Hot water" - heat_infrastructure_indoor_annualised_costs: "Indoor costs" - heat_infrastructure_distribution_pipelines_annualised_costs: "Distribution pipelines" - heat_infrastructure_distribution_stations_annualised_costs: "Exchanger stations" - heat_infrastructure_primary_pipelines_annualised_costs: "Primary heat source pipelines" - heat_infrastructure_storage_annualised_costs: "Heat storage" + heat_infrastructure_ht_indoor_annualised_costs: "Indoor costs" + heat_infrastructure_ht_distribution_pipelines_annualised_costs: "Distribution pipelines" + heat_infrastructure_ht_distribution_stations_annualised_costs: "Exchanger stations" + heat_infrastructure_ht_primary_pipelines_annualised_costs: "Primary heat source pipelines" + heat_infrastructure_ht_storage_annualised_costs: "Heat storage" + heat_infrastructure_mt_indoor_annualised_costs: "Indoor costs" + heat_infrastructure_mt_distribution_pipelines_annualised_costs: "Distribution pipelines" + heat_infrastructure_mt_distribution_stations_annualised_costs: "Exchanger stations" + heat_infrastructure_mt_primary_pipelines_annualised_costs: "Primary heat source pipelines" + heat_infrastructure_mt_storage_annualised_costs: "Heat storage" + heat_infrastructure_lt_indoor_annualised_costs: "Indoor costs" + heat_infrastructure_lt_distribution_pipelines_annualised_costs: "Distribution pipelines" + heat_infrastructure_lt_distribution_stations_annualised_costs: "Exchanger stations" + heat_infrastructure_lt_primary_pipelines_annualised_costs: "Primary heat source pipelines" + heat_infrastructure_lt_storage_annualised_costs: "Heat storage" + heat_infrastructure_ht_outdoor_infrastructure_annualised_capex_per_household: "Outdoor infrastructure CAPEX" + heat_infrastructure_ht_outdoor_infrastructure_annualised_opex_per_household: "Outdoor infrastructure OPEX" + heat_infrastructure_ht_installations_annualised_capex_per_household: "Installations (heat sources) CAPEX" + heat_infrastructure_ht_installations_annualised_opex_per_household: "Installations (heat sources) OPEX" + heat_infrastructure_ht_indoor_infrastructure_annualised_capex_per_household: "Indoor infrastructure CAPEX" + heat_infrastructure_ht_indoor_infrastructure_annualised_opex_per_household: "Indoor infrastructure OPEX" + heat_infrastructure_ht_heat_delivery_system_annualised_capex_per_household: "Indoor heat delivery system CAPEX" + heat_infrastructure_mt_outdoor_infrastructure_annualised_capex_per_household: "Outdoor infrastructure CAPEX" + heat_infrastructure_mt_outdoor_infrastructure_annualised_opex_per_household: "Outdoor infrastructure OPEX" + heat_infrastructure_mt_installations_annualised_capex_per_household: "Installations (heat sources) CAPEX" + heat_infrastructure_mt_installations_annualised_opex_per_household: "Installations (heat sources) OPEX" + heat_infrastructure_mt_indoor_infrastructure_annualised_capex_per_household: "Indoor infrastructure CAPEX" + heat_infrastructure_mt_indoor_infrastructure_annualised_opex_per_household: "Indoor infrastructure OPEX" + heat_infrastructure_mt_heat_delivery_system_annualised_capex_per_household: "Indoor heat delivery system CAPEX" + heat_infrastructure_lt_outdoor_infrastructure_annualised_capex_per_household: "Outdoor infrastructure CAPEX" + heat_infrastructure_lt_outdoor_infrastructure_annualised_opex_per_household: "Outdoor infrastructure OPEX" + heat_infrastructure_lt_installations_annualised_capex_per_household: "Installations (heat sources) CAPEX" + heat_infrastructure_lt_installations_annualised_opex_per_household: "Installations (heat sources) OPEX" + heat_infrastructure_lt_indoor_infrastructure_annualised_capex_per_household: "Indoor infrastructure CAPEX" + heat_infrastructure_lt_indoor_infrastructure_annualised_opex_per_household: "Indoor infrastructure OPEX" + heat_infrastructure_lt_heat_delivery_system_annualised_capex_per_household: "Indoor heat delivery system CAPEX" heat_network_production: "Heat production" heat_network_demand: "Heat demand" heat_network_inflexible_demand: "District heating demand" @@ -801,10 +862,10 @@ en: imported_hydrogen: "Imported hydrogen" industry_heat_from_hydrogen_for_mekko: "Heat for industrial heat network" industry_heat_network_hydrogen: "Heat for industrial heat network" - industry_chp_combined_cycle_gas_power_fuelmix: 'Gas CHP - industry' - industry_chp_engine_gas_power_fuelmix: 'Gas motor CHP - industry' - industry_chp_turbine_gas_power_fuelmix: 'Gas turbine CHP - industry' - industry_chp_ultra_supercritical_coal: 'Coal CHP - industry' + industry_chp_combined_cycle_gas_power_fuelmix: 'Industry gas CCGT CHP' + industry_chp_engine_gas_power_fuelmix: 'Industry gas motor CHP' + industry_chp_turbine_gas_power_fuelmix: 'Industry gas turbine CHP' + industry_chp_ultra_supercritical_coal: 'Industry pulverized coal CHP' industry_flexibility_p2h_electricity: "Converted to heat for industry" agriculture_flexibility_p2h_electricity: "Converted to heat for agriculture" industry_ict_electricity: "ICT industry electricity demand" @@ -859,6 +920,8 @@ en: lignite: "Lignite" lignite_oxy: "Lignite Oxyfuel CCS" lignite_chp: "Lignite CHP" + lignite_chp_ht: "Lignite CHP (HT)" + lignite_chp_mt: "Lignite CHP (MT)" lng: "LNG" lng_domestic_navigation: "LNG domestic navigation" lng_international_navigation: "LNG international navigation" @@ -1188,6 +1251,10 @@ en: waste_heat_and_cold: "Residue heat and cold" waste_incinerator: "Waste incinerator" waste_incinerator_ccs: "Waste incinerator CCS" + waste_chp_ht: "Waste CHP (HT)" + waste_chp_mt: "Waste CHP (MT)" + waste_chp_ccs_ht: "Waste CHP + CCS (HT)" + waste_chp_ccs_mt: "Waste CHP + CCS (MT)" waste_chp: "Waste CHP" waste_chp_ccs: "Waste CHP CCS" waste_fats: "Waste fats (biodiesel/bio-kerosene)" @@ -1211,6 +1278,8 @@ en: wind_onshore_production: "Wind onshore production" wind_turbines: "Wind" wood_pellets: "Wood pellets" + wood_pellets_chp_ht: "Biomass CHP (HT)" + wood_pellets_chp_mt: "Biomass CHP (MT)" wood_pellets_to_power: "Wood pellets power plants" dry_biomass: "Dry biomass" wood: "Wood (final demand)" diff --git a/config/locales/interface/output_element_series/nl_labels.yml b/config/locales/interface/output_element_series/nl_labels.yml index 7976d0e8f..654d03f25 100644 --- a/config/locales/interface/output_element_series/nl_labels.yml +++ b/config/locales/interface/output_element_series/nl_labels.yml @@ -152,17 +152,19 @@ nl: total_heat_network_demand_industry: "Warmtenetvraag van industrie" baseload_demand: "Basislast elektriciteitsvraag" agriculture_central_heat: "Warmte van warmtenetten" + agriculture_central_ht_heat: "Warmte van HT-warmtenetten" + agriculture_central_mt_heat: "Warmte van MT-warmtenetten" agriculture_local_heat: "Warmte van lokale WKK's" agriculture_wasted_heat: "Warmteoverschot van lokale WKK's (verspild)" agriculture_demand_local_steam_hot_water: "Vraag landbouw" agriculture_demand_unused_steam_hot_water: "Warmteoverschot (verspild)" - agriculture_chp_engine_biogas: "Biogas-WKK - landbouw" + agriculture_chp_engine_biogas: "Landbouw biogas-WKK" agriculture_supply_chp_engine_biogas: "Biogas-WKK" - agriculture_chp_wood_pellets: "Biomassa-WKK - landbouw" + agriculture_chp_wood_pellets: "Landbouw biomassa-WKK" agriculture_supply_chp_wood_pellets: "Biomassa-WKK" - agriculture_chp_engine_dispatchable_network_gas: "Gasmotor-WKK - landbouw (regelbaar)" + agriculture_chp_engine_dispatchable_network_gas: "Landbouw gasmotor-WKK (regelbaar)" agriculture_supply_chp_engine_dispatchable_network_gas: "Gasmotor-WKK (regelbaar)" - agriculture_chp_engine_must_run_network_gas: "Gasmotor-WKK - landbouw (must-run)" + agriculture_chp_engine_must_run_network_gas: "Landbouw gasmotor-WKK (must-run)" agriculture_supply_chp_engine_must_run_network_gas: "Gasmotor-WKK (must-run)" agriculture_supply_backup_network_gas: "Gasketel (back-up)" all_plants_capacity: "Alle centrales (capaciteit)" @@ -208,6 +210,8 @@ nl: bio_lng_national_transport: "Bio-LNG voor nationaal transport" bio_oil: "Bio-olie" biogas: "Biogas" + biogas_chp_ht: "Biogas-WKK (HT)" + biogas_chp_mt: "Biogas-WKK (MT)" biodiesel: "Biodiesel" biodiesel_national_transport: "Biodiesel voor nationaal transport" biodiesel_biokerosene: "Biodiesel/biokerosine" @@ -291,6 +295,10 @@ nl: coal_and_derivatives_hot_water: "Kolen (voor warm water)" coal_and_derivatives_heating: "Kolen (voor verwarming)" coal_ccs: "Kolen USC CCS" + coal_chp_pwd_ht: "Poederkolen-WKK (HT)" + coal_chp_pwd_mt: "Poederkolen-WKK (MT)" + coal_chp_pwd_cofiring_ht: "Poederkolen-WKK met bijstook (HT)" + coal_chp_pwd_cofiring_mt: "Poederkolen-WKK met bijstook (MT)" coal_chp: "Kolen WKK" coal_chp_cofiring: "Kolen bijstook WKK" coal_conv: "Kolen SC" @@ -442,12 +450,12 @@ nl: losses_in_storage: "Verliezen" energetic_use: "Energetisch gebruik" energy: "Energie" - energy_chp_combined_cycle_network_gas: 'Gascentrale met warmtelevering (WKK)' - energy_chp_supercritical_waste_mix: 'Afvalverbranding WKK' - energy_chp_supercritical_ccs_waste_mix: 'Afvalverbranding WKK CCS' - energy_chp_ultra_supercritical_coal: 'Kolencentrale met warmtelevering (WKK)' - energy_chp_ultra_supercritical_cofiring_coal: 'Bijstook kolencentrale met warmtelevering (WKK)' - energy_chp_ultra_supercritical_lignite: 'Bruinkoolcentrale met warmtelevering (WKK)' + energy_chp_combined_cycle_network_gas: 'Gas STEG WKK' + energy_chp_supercritical_waste_mix: 'Afval-WKK' + energy_chp_supercritical_ccs_waste_mix: 'Afval-WKK + CCS' + energy_chp_ultra_supercritical_coal: 'Poederkolen-WKK' + energy_chp_ultra_supercritical_cofiring_coal: 'Poederkolen-WKK met bijstook' + energy_chp_ultra_supercritical_lignite: 'Bruinkolen-WKK' energy_export_electricity: 'Geëxporteerd' energy_flexibility_curtailment_electricity: 'Productieverlaging must-run en volatiele bronnen' energy_flexibility_load_shifting_electricity_input: "Verhoogde vraag in industrie" @@ -465,6 +473,10 @@ nl: energy_flexibility_pumped_storage_electricity_storage: "Stuwmeren" energy_heat_flexibility_p2h_boiler_electricity: "Omgezet in warmte voor warmtenetten (boiler)" energy_heat_flexibility_p2h_heatpump_electricity: "Omgezet in warmte voor warmtenetten (warmtepomp)" + energy_heat_flexibility_p2h_boiler_ht_electricity: "Omgezet in warmte voor HT-warmtenetten (boiler)" + energy_heat_flexibility_p2h_boiler_mt_electricity: "Omgezet in warmte voor MT-warmtenetten (boiler)" + energy_heat_flexibility_p2h_heatpump_ht_electricity: "Omgezet in warmte voor HT-warmtenetten (warmtepomp)" + energy_heat_flexibility_p2h_heatpump_mt_electricity: "Omgezet in warmte voor MT-warmtenetten (warmtepomp)" energy_hydrogen_flexibility_p2g_electricity: 'Omgezet naar waterstof' energy_import: "Energie-import" energy_power_combined_cycle_ccs_coal: 'Kolenvergassing CCS' @@ -524,6 +536,31 @@ nl: energy_hydrogen_wind_turbine_offshore: "Offshore wind" energy_hydrogen_ammonia_reformer_for_mekko: "Ammoniak reformer" energy_greengas_production_costs: "Gemiddelde productiekosten groen gas" + energy_heat_network_storage_ht_steam_hot_water: "Warmte uit (seizoens)opslag" + energy_heat_network_storage_mt_steam_hot_water: "Warmte uit (seizoens)opslag" + energy_heat_network_storage_lt_steam_hot_water: "Warmte uit (seizoens)opslag" + energy_heat_backup_burner_ht_network_gas: "Gasketel (noodvermogen)" + energy_heat_backup_burner_mt_network_gas: "Gasketel (noodvermogen)" + energy_heat_backup_burner_lt_network_gas: "Gasketel (noodvermogen)" + energy_heat_burner_ht_coal: "Kolenketel" + energy_heat_burner_mt_coal: "Kolenketel" + energy_heat_burner_ht_crude_oil: "Olieketel" + energy_heat_burner_mt_crude_oil: "Olieketel" + energy_heat_burner_ht_hydrogen: "Waterstofketel" + energy_heat_burner_mt_hydrogen: "Waterstofketel" + energy_heat_burner_lt_hydrogen: "Waterstofketel" + energy_heat_burner_ht_network_gas: "Gasketel" + energy_heat_burner_mt_network_gas: "Gasketel" + energy_heat_burner_ht_waste_mix: "Afvalketel" + energy_heat_burner_mt_waste_mix: "Afvalketel" + energy_heat_burner_ht_wood_pellets: "Biomassaketel" + energy_heat_burner_mt_wood_pellets: "Biomassaketel" + energy_heat_heatpump_water_water_ht_electricity: "Collectieve warmtepomp" + energy_heat_heatpump_water_water_mt_electricity: "Collectieve warmtepomp" + energy_heat_heatpump_water_water_lt_electricity: "Collectieve warmtepomp" + energy_heat_boiler_ht_electricity: "Elektrische boiler" + energy_heat_boiler_mt_electricity: "Elektrische boiler" + energy_heat_boiler_lt_electricity: "Elektrische boiler" greengas_price: "Groen gas prijs" energy_import_hydrogen_for_mekko: "Import" energy_imported_hydrogen_baseload: "Geïmporteerde waterstof" @@ -562,6 +599,10 @@ nl: fuel_cost: "Brandstof" fuels: "Transportbrandstoffen" gas: "Gas" + gas_chp_ccgt_ht: "Gas STEG WKK (HT)" + gas_chp_ccgt_mt: "Gas CCGT WKK (MT)" + gas_chp_engine_ht: "Gasmotor-WKK (HT)" + gas_chp_engine_mt: "Gasmotor-WkK (MT)" gas_ccgt: "Gas STEG" gas_ccgt_ccs: "Gas STEG CCS" gas_chp_large: "Large-scale gas WKK" @@ -620,11 +661,42 @@ nl: heat_from_renewables: "Warmte uit hernieuwbare bronnen" heat_from_waste: "Warmte uit afval" heat_hot_water: "Verwarming / Warm water" - heat_infrastructure_indoor_annualised_costs: "Inpandige kosten" - heat_infrastructure_distribution_pipelines_annualised_costs: "Distributieleidingen" - heat_infrastructure_distribution_stations_annualised_costs: "Onderstations" - heat_infrastructure_primary_pipelines_annualised_costs: "Primaire bronleidingen" - heat_infrastructure_storage_annualised_costs: "Warmte-opslag" + heat_infrastructure_ht_indoor_annualised_costs: "Inpandige kosten" + heat_infrastructure_ht_distribution_pipelines_annualised_costs: "Distributieleidingen" + heat_infrastructure_ht_distribution_stations_annualised_costs: "Onderstations" + heat_infrastructure_ht_primary_pipelines_annualised_costs: "Primaire bronleidingen" + heat_infrastructure_ht_storage_annualised_costs: "Warmte-opslag" + heat_infrastructure_mt_indoor_annualised_costs: "Inpandige kosten" + heat_infrastructure_mt_distribution_pipelines_annualised_costs: "Distributieleidingen" + heat_infrastructure_mt_distribution_stations_annualised_costs: "Onderstations" + heat_infrastructure_mt_primary_pipelines_annualised_costs: "Primaire bronleidingen" + heat_infrastructure_mt_storage_annualised_costs: "Warmte-opslag" + heat_infrastructure_lt_indoor_annualised_costs: "Inpandige kosten" + heat_infrastructure_lt_distribution_pipelines_annualised_costs: "Distributieleidingen" + heat_infrastructure_lt_distribution_stations_annualised_costs: "Onderstations" + heat_infrastructure_lt_primary_pipelines_annualised_costs: "Primaire bronleidingen" + heat_infrastructure_lt_storage_annualised_costs: "Warmte-opslag" + heat_infrastructure_ht_outdoor_infrastructure_annualised_capex_per_household: "Infrastructuur uitpandig CAPEX" + heat_infrastructure_ht_outdoor_infrastructure_annualised_opex_per_household: "Infrastructuur uitpandig OPEX" + heat_infrastructure_ht_installations_annualised_capex_per_household: "Installaties (warmtebronnen) CAPEX" + heat_infrastructure_ht_installations_annualised_opex_per_household: "Installaties (warmtebronnen) OPEX" + heat_infrastructure_ht_indoor_infrastructure_annualised_capex_per_household: "Infrastructuur inpandig CAPEX" + heat_infrastructure_ht_indoor_infrastructure_annualised_opex_per_household: "Infrastructuur inpandig OPEX" + heat_infrastructure_ht_heat_delivery_system_annualised_capex_per_household: "Warmteafgiftesysteen CAPEX" + heat_infrastructure_mt_outdoor_infrastructure_annualised_capex_per_household: "Infrastructuur uitpandig CAPEX" + heat_infrastructure_mt_outdoor_infrastructure_annualised_opex_per_household: "Infrastructuur uitpandig OPEX" + heat_infrastructure_mt_installations_annualised_capex_per_household: "Installaties (warmtebronnen) CAPEX" + heat_infrastructure_mt_installations_annualised_opex_per_household: "Installaties (warmtebronnen) OPEX" + heat_infrastructure_mt_indoor_infrastructure_annualised_capex_per_household: "Infrastructuur inpandig CAPEX" + heat_infrastructure_mt_indoor_infrastructure_annualised_opex_per_household: "Infrastructuur inpandig OPEX" + heat_infrastructure_mt_heat_delivery_system_annualised_capex_per_household: "Warmteafgiftesysteen CAPEX" + heat_infrastructure_lt_outdoor_infrastructure_annualised_capex_per_household: "Infrastructuur uitpandig CAPEX" + heat_infrastructure_lt_outdoor_infrastructure_annualised_opex_per_household: "Infrastructuur uitpandig OPEX" + heat_infrastructure_lt_installations_annualised_capex_per_household: "Installaties (warltebronnen) CAPEX" + heat_infrastructure_lt_installations_annualised_opex_per_household: "Installaties (warltebronnen) OPEX" + heat_infrastructure_lt_indoor_infrastructure_annualised_capex_per_household: "Infrastructuur inpandig CAPEX" + heat_infrastructure_lt_indoor_infrastructure_annualised_opex_per_household: "Infrastructuur inpandig OPEX" + heat_infrastructure_lt_heat_delivery_system_annualised_capex_per_household: "Warmteafgiftesysteen CAPEX" heat_network_production: "Warmteproductie" heat_network_demand: "Warmtevraag" heat_network_inflexible_demand: "Basislastvraag warmtenetten" @@ -795,15 +867,15 @@ nl: imported_hydrogen: "Geïmporteerde waterstof" industry_heat_from_hydrogen_for_mekko: "Warmte voor industrieel warmtenet" industry_heat_network_hydrogen: "Warmte voor industrieel warmtenet" - industry_chp_combined_cycle_gas_power_fuelmix: 'Gas WKK - industrie' - industry_chp_engine_gas_power_fuelmix: 'Gasmotor WKK - industrie' - industry_chp_turbine_gas_power_fuelmix: 'Gasturbine WKK - industrie' - industry_chp_ultra_supercritical_coal: 'Kolen WKK - industrie' - industry_chp_wood_pellets: 'Biomassa-WKK - industrie' - industry_chp_turbine_hydrogen: "Waterstofturbine-WKK - industrie" - energy_chp_local_wood_pellets: 'Biomassa-WKK - kleinschalig' - energy_chp_local_engine_network_gas: 'Gasmotor-WKK - kleinschalig' - energy_chp_local_engine_biogas: 'Biogasmotor-WKK - kleinschalig' + industry_chp_combined_cycle_gas_power_fuelmix: 'Industriële gas STEG WKK' + industry_chp_engine_gas_power_fuelmix: 'Industriële gasmotor-WKK' + industry_chp_turbine_gas_power_fuelmix: 'Industriële gasturbine-WKK' + industry_chp_ultra_supercritical_coal: 'Industriële poederkolen-WKK' + industry_chp_wood_pellets: 'Industriële biomassa-WKK' + industry_chp_turbine_hydrogen: "Industriële waterstofturbine-WKK" + energy_chp_local_wood_pellets: 'Biomassa-WKK' + energy_chp_local_engine_network_gas: 'Gasmotor-WKK' + energy_chp_local_engine_biogas: 'Biogas-WKK' industry_flexibility_p2h_electricity: "Omgezet naar warmte voor industrie" agriculture_flexibility_p2h_electricity: "Omgezet naar warmte voor landbouw" industry_ict_electricity: "ICT industrie elektriciteitsvraag" @@ -856,6 +928,8 @@ nl: kosten_coefficient_eur_mva: "Kostencoefficient [EUR/MVA]" lighting: "Verlichting" lignite: "Bruinkool" + lignite_chp_ht: "Bruinkolen-WKK (HT)" + lignite_chp_mt: "Bruinkolen-WKK (MT)" lignite_chp: "Bruinkool WKK" lignite_oxy: "Bruinkool 'Oxyfuel' CCS" lng: "LNG" @@ -1186,8 +1260,12 @@ nl: waste_power_ccs: "Afvalverbranding CCS" waste_incinerator: "Afvalverbranding" waste_incinerator_ccs: "Afvalverbranding CCS" - waste_chp: "Afval WKK" - waste_chp_ccs: "Afval WKK CCS" + waste_chp: "Afval-WKK" + waste_chp_ht: "Afval-WKK (HT)" + waste_chp_mt: "Afval-WKK (MT)" + waste_chp_ccs_ht: "Afval-WKK + CCS (HT)" + waste_chp_ccs_mt: "Afval-WKK + CCS (MT)" + waste_chp_ccs: "Afval-WKK CCS" waste_to_power: "Afvalcentrales" waste_to_heat: "Afvalketel" wet_biomass: "Natte biomass" @@ -1208,6 +1286,8 @@ nl: with_im_export_2010: "Met im- en export 2010" with_im_export_20xx: "Met im- en export 20xx" wood_pellets: "Houtpellets (bijstook)" + wood_pellets_chp_ht: "Biomassa-WKK (HT)" + wood_pellets_chp_mt: "Biomassa-WKK (MT)" wood_pellets_to_power: "Houtpelletscentrales" dry_biomass: "Droge biomassa" wood: "Hout (eindgebruik)" diff --git a/config/locales/interface/output_elements/en_cost.yml b/config/locales/interface/output_elements/en_cost.yml index c97abc727..6ed46d406 100644 --- a/config/locales/interface/output_elements/en_cost.yml +++ b/config/locales/interface/output_elements/en_cost.yml @@ -29,8 +29,28 @@ en: title: Production costs and price of green gas short_description: '' description: '' - heat_infrastructure_annualised_costs: - title: District heating infrastructure costs per year + heat_infrastructure_annualised_costs_ht: + title: High-temperature district heating infrastructure costs per year + short_description: + description: + heat_infrastructure_annualised_costs_mt: + title: Medium-temperature district heating infrastructure costs per year + short_description: + description: + heat_infrastructure_annualised_costs_lt: + title: Low-temperature district heating infrastructure costs per year + short_description: + description: + heat_infrastructure_annualised_costs_per_household_ht: + title: High-temperature district heating costs per household per year + short_description: + description: + heat_infrastructure_annualised_costs_per_household_mt: + title: Medium-temperature district heating costs per household per year + short_description: + description: + heat_infrastructure_annualised_costs_per_household_lt: + title: Low-temperature district heating costs per household per year short_description: description: household_network_gas_hhp_cop_cost: diff --git a/config/locales/interface/output_elements/en_demand.yml b/config/locales/interface/output_elements/en_demand.yml index d7a807f0b..999ab6e59 100644 --- a/config/locales/interface/output_elements/en_demand.yml +++ b/config/locales/interface/output_elements/en_demand.yml @@ -471,4 +471,7 @@ en: the Agriculture section. The supply from CHPs can be set in this section. Excess heat is wasted and heat shortages are supplied by a backup burner. - + losses_heat_networks: + title: Heat losses in heat network per household + description: + This tabel shows the heat losses in heat networks per household. The total heat losses in the heat networks are allocated to households based on the share that households have in the total final demand of heat. diff --git a/config/locales/interface/output_elements/en_supply.yml b/config/locales/interface/output_elements/en_supply.yml index bdc461948..71e2b81e7 100644 --- a/config/locales/interface/output_elements/en_supply.yml +++ b/config/locales/interface/output_elements/en_supply.yml @@ -127,27 +127,63 @@ en: scenario. The columns contain (from left to right) name, number of units, electricity production, heat production and installed capacity of CHP plants.\r\n" collective_heat_mekko: - title: Supply and demand of district heating + title: District heating supply and demand short_description: '' description: '' - heat_network_demand: - title: Hourly heat demand for district heating + heat_network_demand_ht: + title: HT district heating demand per hour short_description: '' description: '' - heat_network_production: - title: Hourly heat production for district heating + heat_network_demand_mt: + title: MT district heating demand per hour short_description: '' description: '' + heat_network_demand_lt: + title: LT district heating demand per hour + short_description: '' + description: '' + heat_network_production_ht: + title: HT district heating production per hour + short_description: '' + description: '' + heat_network_production_mt: + title: MT district heating production per hour + short_description: '' + description: '' + heat_network_production_lt: + title: LT district heating production per hour + short_description: + description: + heat_network_storage_ht: + title: HT district heating (seasonal) storage per hour + short_description: + description: + heat_network_storage_mt: + title: MT district heating (seasonal) storage per hour + short_description: + description: + heat_network_storage_lt: + title: LT district heating (seasonal) storage per hour + short_description: + description: + sankey_heat_networks: + title: District heating supply and demand per temperature level + short_description: + description: industrial_heat_mekko: - title: Supply and demand of collective heat in industry + title: Industrial steam network supply and demand short_description: description: - heat_network_storage: - title: "(Seasonal) storage of heat" + heat_cost_capacity_ht: + title: 'HT district heating sources: capacities and marginal costs' + short_description: '' + description: '' + heat_cost_capacity_mt: + title: 'MT district heating sources: capacities and marginal costs' short_description: '' description: '' - heat_cost_capacity: - title: 'District heating sources: capacities and marginal costs' + heat_cost_capacity_lt: + title: 'LT district heating sources: capacities and marginal costs' short_description: '' description: '' mekko_of_hydrogen_network: diff --git a/config/locales/interface/output_elements/labels_groups/en_labels.yml b/config/locales/interface/output_elements/labels_groups/en_labels.yml index 5a9491265..a70b9fc63 100644 --- a/config/locales/interface/output_elements/labels_groups/en_labels.yml +++ b/config/locales/interface/output_elements/labels_groups/en_labels.yml @@ -28,7 +28,9 @@ en: network_gas_storage: "There is no network gas demand and/or supply in your scenario" mekko_of_hydrogen_network: "There is no hydrogen demand and/or supply in your scenario" use_of_excess_electricity: "There is no flexible electricity demand in your scenario" - heat_cost_capacity: "There is no collective heat demand and/or supply in your scenario" + heat_cost_capacity_ht: "There is no collective HT heat demand and/or supply in your scenario" + heat_cost_capacity_mt: "There is no collective MT heat demand and/or supply in your scenario" + heat_cost_capacity_lt: "There is no collective LT heat demand and/or supply in your scenario" heat_demand: "There is no collective heat demand and/or supply in your scenario" heat_production: "There is no collective heat demand and/or supply in your scenario" heat_network_storage: "There is no collective heat demand and/or supply in your scenario" @@ -83,16 +85,31 @@ en: transport_truck_flexibility_p2p_electricity: Batteries in electric trucks transport_van_flexibility_p2p_electricity: Batteries in electric vans heat_network_order: - energy_heat_network_storage: "Heat from storage" - energy_heat_backup_burner_network_gas: Gas backup (network gas) - energy_heat_burner_coal: "Coal heater" - energy_heat_burner_crude_oil: "Oil heater" - energy_heat_burner_hydrogen: "Hydrogen heater" - energy_heat_burner_network_gas: "Gas heater (network gas)" - energy_heat_burner_waste_mix: "Waste heater" - energy_heat_burner_wood_pellets: "Biomass heater" - energy_heat_heatpump_water_water_electricity: "Collective heat pump" - energy_heat_boiler_electricity: "Electric boiler" + energy_heat_network_storage_ht_steam_hot_water: "Heat from storage" + energy_heat_network_storage_mt_steam_hot_water: "Heat from storage" + energy_heat_network_storage_lt_steam_hot_water: "Heat from storage" + energy_heat_backup_burner_ht_network_gas: Network gas backup burner + energy_heat_backup_burner_mt_network_gas: Network gas backup burner + energy_heat_backup_burner_lt_network_gas: Network gas backup burner + energy_heat_burner_ht_coal: "Coal burner" + energy_heat_burner_mt_coal: "Coal burner" + energy_heat_burner_ht_crude_oil: "Oil burner" + energy_heat_burner_mt_crude_oil: "Oil burner" + energy_heat_burner_ht_hydrogen: "Hydrogen burner" + energy_heat_burner_mt_hydrogen: "Hydrogen burner" + energy_heat_burner_lt_hydrogen: "Hydrogen burner" + energy_heat_burner_ht_network_gas: "Network gas burner" + energy_heat_burner_mt_network_gas: "Network gas burner" + energy_heat_burner_ht_waste_mix: "Waste incineration" + energy_heat_burner_mt_waste_mix: "Waste incineration" + energy_heat_burner_ht_wood_pellets: "Biomass burner" + energy_heat_burner_mt_wood_pellets: "Biomass burner" + energy_heat_heatpump_water_water_ht_electricity: "Collective heat pump" + energy_heat_heatpump_water_water_mt_electricity: "Collective heat pump" + energy_heat_heatpump_water_water_lt_electricity: "Collective heat pump" + energy_heat_boiler_ht_electricity: "Electric boiler" + energy_heat_boiler_mt_electricity: "Electric boiler" + energy_heat_boiler_lt_electricity: "Electric boiler" hhp_cop_cost: x_axis: COP y_axis: "ct/MJ heat" @@ -137,17 +154,30 @@ en: a_double: "Increased renewables" import_export_flows: "Interconnection capacity" sankey_labels: + ambient_heat: "ambient heat" + ammonia: "ammonia" + biomass_products: "biomass products" captured: "captured" coal: "coal" coal_households: "coal for households" + coal_and_derivatives: "coal and coal products" + crude_oil_and_derivatives: "oil and oil products" curtailment: "curtailment" + distribution_losses: "distribution losses" + ht_network: "HT network" + mt_network: "MT network" + lt_network: "LT network" oil: "oil" oil_households: "oil for households" + solar_thermal: "solar thermal" + storage_losses: "storage losses" renewable: "renewable" gas: "natural gas" gas_households: "gas for households" + geothermal: "geothermal" hydrogen: "hydrogen" uranium: "uranium" + unused_heat: "surplus heat" biomass_waste: "biomass & waste" biomass_waste_greengas: "biomass, waste & green gas" electricity_import: "electricity import" @@ -212,6 +242,7 @@ en: losses: 'losses' electricity_demand: 'electricity demand' heat_demand: 'heat demand' + residual_heat: "residual heat" hydrogen_demand: 'hydrogen demand' hydrogen: "hydrogen" other_renewables: "other renewables" diff --git a/config/locales/interface/output_elements/labels_groups/en_tables.yml b/config/locales/interface/output_elements/labels_groups/en_tables.yml index 93a152db3..c40bd74f6 100644 --- a/config/locales/interface/output_elements/labels_groups/en_tables.yml +++ b/config/locales/interface/output_elements/labels_groups/en_tables.yml @@ -8,14 +8,20 @@ en: capacity_future: "Usable capacity, future" delta: "Required additional network" merit_order: - agriculture_chp_biogas: "Biogas CHP - agriculture" - agriculture_chp_gas_dispatchable: "Gas motor CHP - agriculture (dispatchable)" - agriculture_chp_gas_must_run: "Gas motor CHP - agriculture (must-run)" - agriculture_chp_wood_pellets: "Biomass CHP - agriculture" + agriculture_chp_biogas: "Agriculture biogas CHP" + agriculture_chp_gas_dispatchable: "Agriculture gas motor CHP" + agriculture_chp_gas_must_run: "Agriculture gas motor CHP" + agriculture_chp_wood_pellets: "Agriculture biomass CHP" availability: "Availability" available_capacity: "Available capacity" battery_solar_pv: "Solar PV (ground-mount with battery)" battery_wind_inland: "Wind (onshore with battery)" + biogas_chp_ht: "Biogas CHP (HT)" + biogas_chp_mt: "Biogas CHP (MT)" + coal_chp_pwd_ht: "Pulverized coal CHP (HT)" + coal_chp_pwd_mt: "Pulverized coal CHP (MT)" + coal_chp_pwd_cofiring_ht: "Pulverized coal CHP with co-firing (HT)" + coal_chp_pwd_cofiring_mt: "Pulverized coal CHP with co-firing (MT)" central_biogas_chp: "Biogas CHP" installed_capacity: "Installed capacity" central_gas_chp: "Gas plant for district heat" @@ -40,6 +46,10 @@ en: gas_conv: "Gas conventional" gas_engine: "Gas engine" gas_turbine: "Gas turbine" + gas_chp_ccgt_ht: "Gas CCGT CHP (HT)" + gas_chp_ccgt_mt: "Gas CCGT CHP (MT)" + gas_chp_engine_ht: "Gas motor CHP (HT)" + gas_chp_engine_mt: "Gas motor CHP (MT)" hydro_mountain: "Hydro (mountain)" hydro_river: "Hydro (river)" hydrogen_turbine: "Hydrogen turbine" @@ -52,16 +62,18 @@ en: energy_chp_supercritical_ccs_waste_mix: "Waste CHP CCS" energy_power_supercritical_waste_mix: "Waste incinerator" energy_power_supercritical_ccs_waste_mix: "Waste incinerator CCS" - industry_chp_coal: "Industry coal CHP" - industry_chp_gas_ccgt: "Industry gas CHP (CCGT)" - industry_chp_gas_turbine: "Industry gas CHP (turbine)" - industry_chp_gas_engine: "Industry gas CHP (combustion engine)" - industry_chp_hydrogen_turbine: "Industry hydrogen CHP (turbine)" - industry_chp_turbine_hydrogen: "Industry hydrogen CHP (turbine)" + industry_chp_coal: "Industry pulverized coal CHP" + industry_chp_gas_ccgt: "Industry gas CCGT CHP" + industry_chp_gas_turbine: "Industry gas turbine CHP" + industry_chp_gas_engine: "Industry gas motor CHP" + industry_chp_hydrogen_turbine: "Industry hydrogen turbine CHP" + industry_chp_turbine_hydrogen: "Industry hydrogen turbine CHP" industry_chp_wood: "Industry biomass CHP" lignite: "Lignite" lignite_chp: "Lignite CHP" lignite_oxy: "Lignite Oxyfuel CCS" + lignite_chp_ht: "Lignite CHP (HT)" + lignite_chp_mt: "Lignite CHP (MT)" must_run: "Must-run CHP" nuclear_ii: "Nuclear 2nd Gen" nuclear_iii: "Nuclear 3rd Gen" @@ -95,6 +107,12 @@ en: unprofitable: "Unprofitable" wind_turbines: "Wind turbines" wood_pellets_chp: "Wood pellets CHP" + wood_pellets_chp_ht: "Biomass CHP (HT)" + wood_pellets_chp_mt: "Biomass CHP (MT)" + waste_chp_ht: "Waste CHP (HT)" + waste_chp_mt: "Waste CHP (MT)" + waste_chp_ccs_ht: "Waste CHP + CCS (HT)" + waste_chp_ccs_mt: "Waste CHP + CCS (MT)" local_chp_gas: "Gas engine CHP (small-scale)" local_chp_wood: "Biomass CHP (small-scale)" local_chp_biogas: "Biogas CHP (must-run)" @@ -112,26 +130,34 @@ en: production_e: "Electricity prod." production_h: "Heat prod." capacity: "Installed el. capacity" - agriculture_chp_engine_dispatchable_network_gas: "Gas motor CHP - agriculture (dispatchable)" - agriculture_chp_engine_must_run_network_gas: "Gas motor CHP - agriculture (must-run)" - agriculture_chp_engine_biogas: "Biogas CHP - agriculture" - agriculture_chp_wood_pellets: "Biomass CHP - agriculture" - energy_chp_local_engine_network_gas: "Small-scale gas engine CHP" - energy_chp_local_engine_biogas: "Small-scale biogas engine CHP" - energy_chp_local_wood_pellets: "Small-scale wood pellet CHP" - energy_chp_combined_cycle_network_gas: "Energy gas CHP" - energy_chp_engine_biogas: "Energy biogas CHP" - energy_chp_supercritical_waste_mix: "Energy waste CHP" - energy_chp_supercritical_ccs_waste_mix: "Energy waste CHP CCS" - energy_chp_ultra_supercritical_coal: "Energy coal CHP" - energy_chp_ultra_supercritical_cofiring_coal: "Energy coal co-firing CHP" - energy_chp_ultra_supercritical_lignite: "Energy lignite CHP" - energy_chp_coal_gas: "Energy coal gas CHP" - industry_chp_combined_cycle_gas_power_fuelmix: "Industry gas CHP" - industry_chp_engine_gas_power_fuelmix: "Industry gas engine CHP" + agriculture_chp_engine_dispatchable_network_gas: "Agriculture gas motor CHP (dispatchable)" + agriculture_chp_engine_must_run_network_gas: "Agriculture gas motor CHP (must-run)" + agriculture_chp_engine_biogas: "Agriculture biogas CHP" + agriculture_chp_wood_pellets: "Agriculture biomass CHP" + energy_chp_ultra_supercritical_ht_coal: "Pulverized coal CHP (HT)" + energy_chp_ultra_supercritical_mt_coal: "Pulverized coal CHP (MT)" + energy_chp_ultra_supercritical_cofiring_ht_coal: "Pulverized coal CHP with co-firing (HT)" + energy_chp_ultra_supercritical_cofiring_mt_coal: "Pulverized coal CHP with co-firing (MT)" + energy_chp_combined_cycle_ht_network_gas: "Gas CCGT CHP (HT)" + energy_chp_combined_cycle_mt_network_gas: "Gas CCGT CHP (MT)" + energy_chp_ultra_supercritical_ht_lignite: "Lignite CHP (HT)" + energy_chp_ultra_supercritical_mt_lignite: "Lignite CHP (MT)" + energy_chp_supercritical_ht_waste_mix: "Waste CHP (HT)" + energy_chp_supercritical_mt_waste_mix: "Waste CHP (MT)" + energy_chp_supercritical_ccs_ht_waste_mix: "Waste CHP + CCS (HT)" + energy_chp_supercritical_ccs_mt_waste_mix: "Waste CHP + CCS (MT)" + energy_chp_local_engine_ht_network_gas: "Gas motor CHP (HT)" + energy_chp_local_engine_mt_network_gas: "Gas motor CHP (MT)" + energy_chp_local_engine_ht_biogas: "Biogas CHP (HT)" + energy_chp_local_engine_mt_biogas: "Biogas CHP (MT)" + energy_chp_local_ht_wood_pellets: "Biomass CHP (HT)" + energy_chp_local_mt_wood_pellets: "Biomass CHP (MT)" + energy_chp_coal_gas: "Coal gas CHP" + industry_chp_combined_cycle_gas_power_fuelmix: "Industry gas CCGT CHP" + industry_chp_engine_gas_power_fuelmix: "Industry gas motor CHP" industry_chp_turbine_gas_power_fuelmix: "Industry gas turbine CHP" - industry_chp_ultra_supercritical_coal: "Industry coal CHP" - industry_chp_turbine_hydrogen: "Industry hydrogen CHP (turbine)" + industry_chp_ultra_supercritical_coal: "Industry pulverized coal CHP" + industry_chp_turbine_hydrogen: "Industry hydrogen turbine CHP" industry_chp_wood_pellets: "Industry biomass CHP" investments: agriculture: "Agriculture" @@ -170,6 +196,10 @@ en: electricity_converted_to_heat_agriculture: "Conversion to heat for agriculture" electricity_converted_to_heat_district_heating_boiler: "Conversion to heat for district heating (boiler)" electricity_converted_to_heat_district_heating_heatpump: "Conversion to heat for district heating (heat pump)" + electricity_converted_to_heat_district_heating_ht_boiler: "Conversion to heat for HT district heating (boiler)" + electricity_converted_to_heat_district_heating_mt_boiler: "Conversion to heat for MT district heating (boiler)" + electricity_converted_to_heat_district_heating_ht_heatpump: "Conversion to heat for HT district heating (heat pump)" + electricity_converted_to_heat_district_heating_mt_heatpump: "Conversion to heat for MT district heating (heat pump)" electricity_converted_to_heat_households: "Conversion to heat for households" electricity_converted_to_hydrogen: "Conversion to hydrogen" electricity_converted_to_heat_industry: "Conversion to heat for industry" @@ -253,3 +283,9 @@ en: demand: "Demand" supply: "Supply" original_imbalance: "Original imbalance" + losses_heat_networks: + losses_heat_networks_households_ht: "HT" + losses_heat_networks_households_mt: "MT" + losses_heat_networks_households_lt: "LT" + losses_heat_networks_present: "Losses heat networks per household (present)" + losses_heat_networks_future: "Losses heat networks per household (future)" \ No newline at end of file diff --git a/config/locales/interface/output_elements/labels_groups/nl_labels.yml b/config/locales/interface/output_elements/labels_groups/nl_labels.yml index b6d7bdcb8..1641c9078 100644 --- a/config/locales/interface/output_elements/labels_groups/nl_labels.yml +++ b/config/locales/interface/output_elements/labels_groups/nl_labels.yml @@ -26,7 +26,9 @@ nl: network_gas_storage: "Er is geen gasvraag en/of -aanbod in je scenario" mekko_of_hydrogen_network: "Er is geen waterstofvraag en/of -aanbod in je scenario" use_of_excess_electricity: "Er is geen flexibele elektriciteitsvraag in je scenario" - heat_cost_capacity: "Er is geen collectieve warmtevraag en/of -aanbod in je scenario" + heat_cost_capacity_ht: "Er is geen collectieve HT-warmtevraag en/of -aanbod in je scenario" + heat_cost_capacity_mt: "Er is geen collectieve MT-warmtevraag en/of -aanbod in je scenario" + heat_cost_capacity_lt: "Er is geen collectieve LT-warmtevraag en/of -aanbod in je scenario" heat_demand: "Er is geen collectieve warmtevraag en/of -aanbod in je scenario" heat_supply: "Er is geen collectieve warmtevraag en/of -aanbod in je scenario" heat_network_storage: "Er is geen collectieve warmtevraag en/of -aanbod in je scenario" @@ -90,7 +92,7 @@ nl: energy_heat_burner_waste_mix: "Afvalketel" energy_heat_burner_wood_pellets: "Biomassaketel" energy_heat_heatpump_water_water_electricity: "Collectieve warmtepomp" - energy_heat_boiler_electricity: "Electrische boiler" + energy_heat_boiler_electricity: "Elektrische boiler" hhp_cop_cost: x_axis: COP y_axis: "ct/MJ warmte" @@ -135,14 +137,27 @@ nl: a_double: "Extra hernieuwbare opwek" import_export_flows: "Interconnectiecapaciteit" sankey_labels: + ambient_heat: "omgevingswarmte" + ammonia: "ammonia" + biomass_products: "biomassaproducten" captured: "afgevangen" coal: "kolen" + coal_and_derivatives: "kool en koolproducten" + crude_oil_and_derivatives: "olie en olieproducten" curtailment: "productiebeperking" + distribution_losses: "distributieverliezen" + ht_network: "HT-net" + mt_network: "MT-net" + lt_network: "LT-net" oil: "olie" + solar_thermal: "zonthermie" + storage_losses: "opslagverliezen" renewable: "hernieuwbaar" gas: "aardgas" + geothermal: "geothermie" hydrogen: "waterstof" uranium: "uranium" + unused_heat: "warmte-overschotten" biomass_waste: "biomassa & afval" biomass_waste_greengas: "biomassa, afval & groen gas" electricity_import: "elektriciteit import" @@ -207,6 +222,7 @@ nl: losses: 'verliezen' electricity_demand: 'elektriciteitsvraag' heat_demand: 'warmtevraag' + residual_heat: "restwarmte" hydrogen_demand: 'waterstofvraag' hydrogen: "waterstof" other_renewables: "overig hernieuwbaar" diff --git a/config/locales/interface/output_elements/labels_groups/nl_tables.yml b/config/locales/interface/output_elements/labels_groups/nl_tables.yml index 7dcb6edc7..fb81b4c26 100644 --- a/config/locales/interface/output_elements/labels_groups/nl_tables.yml +++ b/config/locales/interface/output_elements/labels_groups/nl_tables.yml @@ -8,16 +8,22 @@ nl: capacity_future: "Toekomstige bruikbare netcapaciteit" delta: "Uit te breiden netcapaciteit" merit_order: - agriculture_chp_biogas: "Biogas-WKK - landbouw" - agriculture_chp_gas_dispatchable: "Gasmotor-WKK - landbouw (regelbaar)" - agriculture_chp_gas_must_run: "Gasmotor-WKK - landbouw (must-run)" - agriculture_chp_wood_pellets: "Biomassa-WKK - landbouw" + agriculture_chp_biogas: "Landbouw biogas-WKK" + agriculture_chp_gas_dispatchable: "Landbouw gasmotor-WKK (regelbaar)" + agriculture_chp_gas_must_run: "Landbouw gasmotor-WKK (must-run)" + agriculture_chp_wood_pellets: "Landbouw biomassa-WKK" available_capacity: "Beschikbaar vermogen" installed_capacity: "Geïnstalleerd vermogen" availability: "Beschikbaarheid" battery_solar_pv: "Zon PV (grondgebonden met batterij)" battery_wind_inland: "Wind op land (met batterij)" biogas_chp: "Biogas-WKK" + biogas_chp_ht: "Biogas-WKK (HT)" + biogas_chp_mt: "Biogas-WKK (MT)" + coal_chp_pwd_ht: "Poederkolen-WKK (HT)" + coal_chp_pwd_mt: "Poederkolen-WKK CHP (MT)" + coal_chp_pwd_cofiring_ht: "Poederkolen-WKK met bijstook (HT)" + coal_chp_pwd_cofiring_mt: "Poederkolen-WKK met bijstook (MT)" central_gas_chp: "Gascentrale met warmtelevering" coal_chp: "Kolen-WKK" coal_chp_cofiring: "Kolen-WKK met houtpellet bijstook" @@ -39,6 +45,10 @@ nl: gas_conv: "Gas conventioneel" gas_engine: "Gasmotor" gas_turbine: "Gasturbine" + gas_chp_ccgt_ht: "Gas STEG WKK (HT)" + gas_chp_ccgt_mt: "Gas STEG WKK (MT)" + gas_chp_engine_ht: "Gasmotor-WKK (HT)" + gas_chp_engine_mt: "Gasmotor-WKK (MT)" waste_chp: "Afval-WKK" waste_chp_ccs: "Afval-WKK CCS" waste_power: 'Afvalverbranding' @@ -47,12 +57,12 @@ nl: energy_chp_supercritical_ccs_waste_mix: "Afval-WKK CCS" energy_power_supercritical_waste_mix: 'Afvalverbranding' energy_power_supercritical_ccs_waste_mix: 'Afvalverbranding CCS' - industry_chp_coal: "Industriële kolen-WKK" - industry_chp_gas_ccgt: "Industriële gas-WKK (STEG)" - industry_chp_gas_turbine: "Industriële gas-WKK (turbine)" - industry_chp_gas_engine: "Industriële gas-WKK (motor)" - industry_chp_hydrogen_turbine: "Industriële waterstof-WKK (turbine)" - industry_chp_turbine_hydrogen: "Industriële waterstof-WKK (turbine)" + industry_chp_coal: "Industriële poederkolen-WKK" + industry_chp_gas_ccgt: "Industriële gas STEG WKK" + industry_chp_gas_turbine: "Industriële gasturbine-WKK" + industry_chp_gas_engine: "Industriële gasmotor-WKK" + industry_chp_hydrogen_turbine: "Industriële waterstofturbine-WKK" + industry_chp_turbine_hydrogen: "Industriële waterstofturbine-WKK" hydro_mountain: "Water (stuwmeer)" hydro_river: "Water (rivier)" energy_power_combined_cycle_hydrogen: "Waterstofcentrale (STEG)" @@ -61,6 +71,8 @@ nl: lignite: "Bruinkool" lignite_chp: "Bruinkool WKK" lignite_oxy: "Bruinkool 'Oxyfuel' CCS" + lignite_chp_ht: "Bruinkolen-WKK (HT)" + lignite_chp_mt: "Bruinkolen-WKK (MT)" must_run: "Must-run WKK" nuclear_ii: "Kern 2e Gen" nuclear_iii: "Kern 3e Gen" @@ -75,18 +87,6 @@ nl: profits_per_mwh_electricity: 'Gemiddelde winst per MWh' households_solar_pv_solar_radiation: "Zon PV (huishoudens)" buildings_solar_pv_solar_radiation: "Zon PV (gebouwen)" - energy_interconnector_1_imported_electricity: "Import using interconnector 1" - energy_interconnector_2_imported_electricity: "Import using interconnector 2" - energy_interconnector_3_imported_electricity: "Import using interconnector 3" - energy_interconnector_4_imported_electricity: "Import using interconnector 4" - energy_interconnector_5_imported_electricity: "Import using interconnector 5" - energy_interconnector_6_imported_electricity: "Import using interconnector 6" - energy_interconnector_7_imported_electricity: "Import using interconnector 7" - energy_interconnector_8_imported_electricity: "Import using interconnector 8" - energy_interconnector_9_imported_electricity: "Import using interconnector 9" - energy_interconnector_10_imported_electricity: "Import using interconnector 10" - energy_interconnector_11_imported_electricity: "Import using interconnector 11" - energy_interconnector_12_imported_electricity: "Import using interconnector 12" energy_interconnector_1_imported_electricity: "Import via interconnector 1" energy_interconnector_2_imported_electricity: "Import via interconnector 2" energy_interconnector_3_imported_electricity: "Import via interconnector 3" @@ -106,6 +106,12 @@ nl: unprofitable: "Niet winstgevend" wind_turbines: "Wind turbines" wood_pellets_chp: "Houtpellet WKK" + wood_pellets_chp_ht: "Biomassa-WKK (HT)" + wood_pellets_chp_mt: "Biomassa-WKK (MT)" + waste_chp_ht: "Afval-WKK (HT)" + waste_chp_mt: "Afval-WKK (MT)" + waste_chp_ccs_ht: "Afval-WKK + CCS (HT)" + waste_chp_ccs_mt: "Afval-WKK + CCS (MT)" local_chp_gas: "Gasmotor-WKK (kleinschalig)" local_chp_wood: "Biomassa-WKK (kleinschalig)" local_chp_biogas: "Biogas-WKK (must-run)" @@ -121,26 +127,34 @@ nl: production_e: "Elektricteitsproductie" production_h: "Warmteproductie" capacity: "Geïnstalleerd el. vermogen" - agriculture_chp_engine_dispatchable_network_gas: "Gasmotor-WKK - landbouw (regelbaar)" - agriculture_chp_engine_must_run_network_gas: "Gasmotor-WKK - landbouw (must-run)" - agriculture_chp_engine_biogas: "Biogas-WKK - landbouw" - agriculture_chp_wood_pellets: "Biomassa-WKK - landbouw" - energy_chp_local_engine_network_gas: "Kleinschalige gasmotor-WKK" - energy_chp_local_engine_biogas: "Kleinschalige biogasmotor-WKK" - energy_chp_local_wood_pellets: "Kleinschalige houtpellet-WKK" - energy_chp_combined_cycle_network_gas: "Gas-WKK" - energy_chp_engine_biogas: "Biogas-WKK" - energy_chp_supercritical_waste_mix: "Afval-WKK" - energy_chp_supercritical_ccs_waste_mix: "Afval-WKK CCUS" - energy_chp_ultra_supercritical_coal: "Kolen-WKK" - energy_chp_ultra_supercritical_cofiring_coal: "Kolen-WKK met bijstook" - energy_chp_ultra_supercritical_lignite: "Bruinkool-WKK" + agriculture_chp_engine_dispatchable_network_gas: "Landbouw gasmotor-WKK (regelbaar)" + agriculture_chp_engine_must_run_network_gas: "Landbouw gasmotor-WKK(must-run)" + agriculture_chp_engine_biogas: "Landbouw biogas-WKK" + agriculture_chp_wood_pellets: "Landbouw biomassa-WKK" + energy_chp_ultra_supercritical_ht_coal: "Poederkolen-WKK (HT)" + energy_chp_ultra_supercritical_mt_coal: "Poederkolen-WKK (MT)" + energy_chp_ultra_supercritical_cofiring_ht_coal: "Poederkolen-WKK met bijstook (HT)" + energy_chp_ultra_supercritical_cofiring_mt_coal: "Poederkolen-WKK met bijstook (MT)" + energy_chp_combined_cycle_ht_network_gas: "Gas STEG WKK (HT)" + energy_chp_combined_cycle_mt_network_gas: "Gas STEG WKK (MT)" + energy_chp_ultra_supercritical_ht_lignite: "Bruinkolen-WKK (HT)" + energy_chp_ultra_supercritical_mt_lignite: "Bruinkolen-WKK (MT)" + energy_chp_supercritical_ht_waste_mix: "Afval-WKK (HT)" + energy_chp_supercritical_mt_waste_mix: "Afval-WKK (MT)" + energy_chp_supercritical_ccs_ht_waste_mix: "Afval-WKK + CCS (HT)" + energy_chp_supercritical_ccs_mt_waste_mix: "Afval-WKK + CCS (MT)" + energy_chp_local_engine_ht_network_gas: "Gasmotor-WKK (HT)" + energy_chp_local_engine_mt_network_gas: "Gasmotor-WKK (MT)" + energy_chp_local_engine_ht_biogas: "Biogas-WKK (HT)" + energy_chp_local_engine_mt_biogas: "Biogas-WKK (MT)" + energy_chp_local_ht_wood_pellets: "Biomassa-WKK (HT)" + energy_chp_local_mt_wood_pellets: "Biomassa-WKK (MT)" energy_chp_coal_gas: "Kolengas-WKK" - industry_chp_combined_cycle_gas_power_fuelmix: "Industriële gas-WKK (STEG)" - industry_chp_engine_gas_power_fuelmix: "Industriële gas-WKK (motor)" - industry_chp_turbine_gas_power_fuelmix: "Industriële gas-WKK (turbine)" - industry_chp_ultra_supercritical_coal: "Industriële kolen-WKK" - industry_chp_turbine_hydrogen: "Industriële waterstof-WKK (turbine)" + industry_chp_combined_cycle_gas_power_fuelmix: "Industriële gas STEG WKK" + industry_chp_engine_gas_power_fuelmix: "Industriële gasmotor-WKK" + industry_chp_turbine_gas_power_fuelmix: "Industriële gasturbine-WKK" + industry_chp_ultra_supercritical_coal: "Industriële poederkolen-WKK" + industry_chp_turbine_hydrogen: "Industriële waterstofturbine-WKK" industry_chp_wood_pellets: "Industriële biomassa-WKK" investments: agriculture: "Landbouw" @@ -179,6 +193,10 @@ nl: electricity_converted_to_heat_agriculture: "Conversie naar warmte voor landbouw" electricity_converted_to_heat_district_heating_boiler: "Conversie naar warmte voor warmtenetten (boiler)" electricity_converted_to_heat_district_heating_heatpump: "Conversie naar warmte voor warmtenetten (warmtepomp)" + electricity_converted_to_heat_district_heating_ht_boiler: "Conversie naar warmte voor HT-warmtenetten (boiler)" + electricity_converted_to_heat_district_heating_mt_boiler: "Conversie naar warmte voor MT-warmtenetten (boiler)" + electricity_converted_to_heat_district_heating_ht_heatpump: "Conversie naar warmte voor HT-warmtenetten (warmtepomp)" + electricity_converted_to_heat_district_heating_mt_heatpump: "Conversie naar warmte voor MT-warmtenetten (warmtepomp)" electricity_converted_to_heat_households: "Conversie naar warmte voor huishoudens" electricity_converted_to_hydrogen: "Conversie naar waterstof" electricity_converted_to_heat_industry: "Conversie naar warmte voor industrie" @@ -262,3 +280,9 @@ nl: demand: "Vraag" supply: "Aanbod" original_imbalance: "Oorspronkelijke onbalans" + losses_heat_networks: + losses_heat_networks_households_ht: "HT" + losses_heat_networks_households_mt: "MT" + losses_heat_networks_households_lt: "LT" + losses_heat_networks_present: "Verliezen warmtenetten per huishouden (huidig)" + losses_heat_networks_future: "Verliezen warmtenetten per huishouden (toekomst)" diff --git a/config/locales/interface/output_elements/nl_cost.yml b/config/locales/interface/output_elements/nl_cost.yml index 5b4153650..a28b4ea7c 100644 --- a/config/locales/interface/output_elements/nl_cost.yml +++ b/config/locales/interface/output_elements/nl_cost.yml @@ -30,8 +30,28 @@ nl: title: Productiekosten en prijs van groen gas short_description: '' description: '' - heat_infrastructure_annualised_costs: - title: Kosten infrastructuur warmtenetten per jaar + heat_infrastructure_annualised_costs_ht: + title: Kosten infrastructuur HT-warmtenetten per jaar + short_description: + description: + heat_infrastructure_annualised_costs_mt: + title: Kosten infrastructuur MT-warmtenetten per jaar + short_description: + description: + heat_infrastructure_annualised_costs_lt: + title: Kosten infrastructuur LT-warmtenetten per jaar + short_description: + description: + heat_infrastructure_annualised_costs_per_household_ht: + title: Kosten HT-warmtenetten per huishouden per jaar + short_description: + description: + heat_infrastructure_annualised_costs_per_household_mt: + title: Kosten MT-warmtenetten per huishouden per jaar + short_description: + description: + heat_infrastructure_annualised_costs_per_household_lt: + title: Kosten LT-warmtenetten per huishouden per jaar short_description: description: household_network_gas_hhp_cop_cost: diff --git a/config/locales/interface/output_elements/nl_demand.yml b/config/locales/interface/output_elements/nl_demand.yml index 4b060ccb3..f4dfac4a7 100644 --- a/config/locales/interface/output_elements/nl_demand.yml +++ b/config/locales/interface/output_elements/nl_demand.yml @@ -484,3 +484,8 @@ nl: WKK's kan worden hier worden ingesteld. Overtollige warmte wordt versplid en warmtetekorten worden geleverd door een back-up gasketel. + losses_heat_networks: + title: Verliezen in warmtenetten per huishouden + description: + Deze tabel toont de warmteverliezen in warmtenetten per huishouden. De totale verliezen worden op basis van eindverbruik gealloceerd aan huishoudens. + diff --git a/config/locales/interface/output_elements/nl_supply.yml b/config/locales/interface/output_elements/nl_supply.yml index fcf9c813e..7dc553efd 100644 --- a/config/locales/interface/output_elements/nl_supply.yml +++ b/config/locales/interface/output_elements/nl_supply.yml @@ -128,27 +128,63 @@ nl: het aantal, de productie van elektriciteit, de productie van warmte en het geïnstalleerde (elektrische) vermogen van WKK.\r\n" collective_heat_mekko: - title: Totale vraag en aanbod op het collectieve warmtenet - short_description: '' - description: '' - heat_network_demand: - title: Uurlijkse warmtevraag in warmtenetten - short_description: '' - description: '' - heat_network_production: - title: Uurlijkse warmteproductie in warmtenetten - short_description: '' - description: '' + title: Warmtenetten vraag en aanbod + short_description: + description: + heat_network_demand_ht: + title: HT-warmtenetten vraag per uur + short_description: + description: + heat_network_demand_mt: + title: MT-warmtenetten vraag per uur + short_description: + description: + heat_network_demand_lt: + title: LT-warmtenetten vraag per uur + short_description: + description: + heat_network_production_ht: + title: HT-warmtenetten productie per uur + short_description: + description: + heat_network_production_mt: + title: MT-warmtenetten productie per uur + short_description: + description: + heat_network_production_lt: + title: LT-warmtenetten productie per uur + short_description: + description: + heat_network_storage_ht: + title: HT-warmtenetten (seizoens)opslag per uur + short_description: + description: + heat_network_storage_mt: + title: MT-warmtenetten (seizoens)opslag per uur + short_description: + description: + heat_network_storage_lt: + title: LT-warmtenetten (seizoens)opslag per uur + short_description: + description: + sankey_heat_networks: + title: Warmtenetten vraag en aanbod per temperatuurniveau + short_description: + description: industrial_heat_mekko: - title: Vraag en aanbod van industriële stoomnetten + title: Industrieël stoomnet vraag en aanbod short_description: description: - heat_network_storage: - title: "(Seizoens)opslag van warmte" + heat_cost_capacity_ht: + title: 'HT-warmtenetbronnen: vermogens en marginale kosten' + short_description: '' + description: '' + heat_cost_capacity_mt: + title: 'MT-warmtenetbronnen: vermogens en marginale kosten' short_description: '' description: '' - heat_cost_capacity: - title: 'Warmtenetbronnen: vermogens en marginale kosten' + heat_cost_capacity_lt: + title: 'LT-warmtenetbronnen: vermogens en marginale kosten' short_description: '' description: '' mekko_of_hydrogen_network: diff --git a/config/locales/interface/slides/en_supply.yml b/config/locales/interface/slides/en_supply.yml index 14017d02c..5011ec08f 100644 --- a/config/locales/interface/slides/en_supply.yml +++ b/config/locales/interface/slides/en_supply.yml @@ -94,14 +94,14 @@ en: supply_ccus_steel_coal_gas: title: Coal gas plants description: | - Coal gases are a side product from steel production, that are only present in your scenario - if steel is produced through the blast furnace production route. If you want to reduce the - production of coal gases altogether, you can switch to a different steel production process + Coal gases are a side product from steel production, that are only present in your scenario + if steel is produced through the blast furnace production route. If you want to reduce the + production of coal gases altogether, you can switch to a different steel production process in the steel sector.

    - Part of these gases are used in the steel-making process itself. The remainder is - typically used in CHPs and power plants for electricity and heat production. Due to - the high carbon content of coal gases, this is very CO2-intensive. An alternative - use for these coal gases is to transform them into feedstock for the chemical industry + Part of these gases are used in the steel-making process itself. The remainder is + typically used in CHPs and power plants for electricity and heat production. Due to + the high carbon content of coal gases, this is very CO2-intensive. An alternative + use for these coal gases is to transform them into feedstock for the chemical industry (steel-to-chemicals).

    With the sliders below you can specify which share of the coal gases is used for electricity and heat generation and which share is transformed into feedstock. @@ -147,14 +147,14 @@ en: title: Nuclear plants short_description: '' description: | - Here you can set the capacity for large 2nd and 3rd generation nuclear plants - and for small modular reactors. The ETM does not include any CO2 + Here you can set the capacity for large 2nd and 3rd generation nuclear plants + and for small modular reactors. The ETM does not include any CO2 emissions for nuclear power plants.

    - By default all nuclear power plants are run as dispatchable producers. Due to + By default all nuclear power plants are run as dispatchable producers. Due to their high captial costs and low operating costs, large reactors tend to run as - much as possible. You therefore also have the option to model the large reactors as - 'must-run' - power plants by switching the toggle. This means that they will run with a + much as possible. You therefore also have the option to model the large reactors as + 'must-run' + power plants by switching the toggle. This means that they will run with a flat production profile, independent of demand. This does not affect the small reactors. supply_electricity_oil_plants: title: Oil plants @@ -242,23 +242,24 @@ en: short_description: description: supply_heat_network_industry: - title: Heat network sources + title: Steam network sources short_description: - description: 'Below you can set the type of heat sources for the industrial heat network. + description: | + Below you can set the type of heat sources for the industrial steam network. If the total production does not cover total demand, a gas heater switches on automatically - to compensate the heat shortage.' + to compensate the heat shortage. supply_heat_combined_heat_power: title: Combined heat & power short_description: description: - supply_heat_sources: - title: Heat sources + supply_heat_overview: + title: Overview district heating short_description: description: "District heating can be used as heating technology in households, buildings and agriculture. There are roughly two types of heat sources: dispatchable and must-run heat sources. - Dispatchable heat sources can be switched on/ off depending on the heat demand + Dispatchable heat sources can be switched on/off depending on the heat demand at that time, while must-run heat sources supply the heat network regardless of heat demand. For the second type in particular (seasonal) storage of heat is an interesting option.\r\n

    \r\nBelow @@ -275,7 +276,47 @@ en: >Flexibility section.\r\n

    \r\nMore information can be found in our documentation." - supply_heat_network_losses: + supply_heat_overview_chp: + title: Allocation of heat from CHPs + short_description: + description: "Some heat sources can provide heat to heat networks of different temperature levels. + \r\n

    \r\n + Below you can set the relative allocation of heat from CHP's to both high and medium temperature heat networks." + supply_heat_overview_residual: + title: Allocation of residual heat + short_description: + description: | + Some sectors of industry can provide residual heat to high-temperature heat networks.

    + Below you can set the percentage of residual heat that each available sector provides to high-temperature heat networks. + supply_heat_overview_p2h: + title: Allocation of power-to-heat + short_description: + description: "Some heat sources can provide heat to heat networks of different temperature levels. + \r\n

    \r\n + Below you can set the relative allocation of power-to-heat sources to both high and medium temperature heat networks." + supply_heat_overview_emissions: + title: CO2 emission of imported heat + short_description: + description: "Below, you can set the CO2-emissions associated with imported heat." + supply_heat_transport_lt: + title: Transport and distribution losses + short_description: + description: "In a district heating network, heat is generated in a centralised + location and subsequently distributed to residential and commercial facilities + via a network of insulated pipes. This transportation of heat leads to energy + losses which can range from 10-15% in modern district heating networks to + 30% or even higher in older networks. \r\n

    \r\nBelow you change + the distribution losses in your scenario." + supply_heat_transport_mt: + title: Transport and distribution losses + short_description: + description: "In a district heating network, heat is generated in a centralised + location and subsequently distributed to residential and commercial facilities + via a network of insulated pipes. This transportation of heat leads to energy + losses which can range from 10-15% in modern district heating networks to + 30% or even higher in older networks. \r\n

    \r\nBelow you change + the distribution losses in your scenario." + supply_heat_transport_ht: title: Transport and distribution losses short_description: description: "In a district heating network, heat is generated in a centralised @@ -284,8 +325,8 @@ en: losses which can range from 10-15% in modern district heating networks to 30% or even higher in older networks. \r\n

    \r\nBelow you change the distribution losses in your scenario." - supply_heat_network_order: - title: Priority of dispatchable heat producers + supply_heat_network_order_lt: + title: Merit order of dispatchable heat sources short_description: description: "The ETM makes a distinction between 'must-run' / volatile heat sources (such as geothermal, solar thermal and residual heat) and dispatchable @@ -297,7 +338,33 @@ en: to change the (merit) order of dispatchable heat sources: which heat source is switched on first in case of a heat deficit? The chart to the right shows the marginal costs of each dispatchable source." - supply_heat_network_storage_toggle: + supply_heat_network_order_mt: + title: Merit order of dispatchable heat sources + short_description: + description: "The ETM makes a distinction between 'must-run' / volatile heat + sources (such as geothermal, solar thermal and residual heat) and dispatchable + heat sources. In contrast to the first category, dispatchable heat sources + can be turned on or off at will. The ETM calculates for every hour per year + how much heat from must-run and volatile sources is available. If heat demand + exceeds this supply in a given hour, dispatchable heat sources will be switched + on to ensure that no deficit occurs.\r\n

    \r\nBelow it is possible + to change the (merit) order of dispatchable heat sources: which heat source + is switched on first in case of a heat deficit? The chart to the right shows + the marginal costs of each dispatchable source." + supply_heat_network_order_ht: + title: Merit order of dispatchable heat sources + short_description: + description: "The ETM makes a distinction between 'must-run' / volatile heat + sources (such as geothermal, solar thermal and residual heat) and dispatchable + heat sources. In contrast to the first category, dispatchable heat sources + can be turned on or off at will. The ETM calculates for every hour per year + how much heat from must-run and volatile sources is available. If heat demand + exceeds this supply in a given hour, dispatchable heat sources will be switched + on to ensure that no deficit occurs.\r\n

    \r\nBelow it is possible + to change the (merit) order of dispatchable heat sources: which heat source + is switched on first in case of a heat deficit? The chart to the right shows + the marginal costs of each dispatchable source." + supply_heat_storage_lt: title: "(Seasonal) storage of heat" short_description: description: "Scenarios with large amounts of \"must-run\" and volatile heat @@ -318,6 +385,120 @@ en: losses can be updated with the slider below the toggle. The costs for storage can be adjusted in the costs section." + supply_heat_storage_ht: + title: "(Seasonal) storage of heat" + short_description: + description: "Scenarios with large amounts of \"must-run\" and volatile heat + sources will often\r\nhave considerable heat production during hours of low + demand. (Seasonal) storage allows you to preserve\r\nthis heat for later use, + reducing the amount of dispatchable capacity (such as back-up heaters) required + to meet demand. \r\n

    \r\nIf you decide to switch the toggle below + to 'On', the ETM will add heat storage to your scenario. This ensures that + all excess heat production is saved and can be used in a later moment. The + chart to the right shows you storage in and outflows for every hour of the + year.\r\n

    \r\nCaution: If you install too much must-run or volatile + capacity in your scenario you may end up with a heat surplus in the storage + at the end of the 'heat year' (which runs from 1 April to 31 March). To avoid + dumping this heat surplus, you could try decreasing installed capacity of must-runs / volatile heat sources, increasing district + heating demand or changing the position of heat storage in the priority list of dispatchable heat producers.\r\n

    \r\nStorage + losses can be updated with the slider below the toggle. The costs for storage + can be adjusted in the costs section." + supply_heat_storage_mt: + title: "(Seasonal) storage of heat" + short_description: + description: "Scenarios with large amounts of \"must-run\" and volatile heat + sources will often\r\nhave considerable heat production during hours of low + demand. (Seasonal) storage allows you to preserve\r\nthis heat for later use, + reducing the amount of dispatchable capacity (such as back-up heaters) required + to meet demand. \r\n

    \r\nIf you decide to switch the toggle below + to 'On', the ETM will add heat storage to your scenario. This ensures that + all excess heat production is saved and can be used in a later moment. The + chart to the right shows you storage in and outflows for every hour of the + year.\r\n

    \r\nCaution: If you install too much must-run or volatile + capacity in your scenario you may end up with a heat surplus in the storage + at the end of the 'heat year' (which runs from 1 April to 31 March). To avoid + dumping this heat surplus, you could try decreasing installed capacity of must-runs / volatile heat sources, increasing district + heating demand or changing the position of heat storage in the priority list of dispatchable heat producers.\r\n

    \r\nStorage + losses can be updated with the slider below the toggle. The costs for storage + can be adjusted in the costs section." + supply_heat_sources_ht: + title: "Sources" + short_description: + description: "District heating can be used as heating technology in households, buildings + and agriculture. There + are roughly two types of heat sources: dispatchable and must-run heat sources. + Dispatchable heat sources can be switched on/ off depending on the heat demand + at that time, while must-run heat sources supply the heat network regardless + of heat demand. For the second type in particular (seasonal) storage of heat is an interesting option.\r\n

    \r\nBelow + you can find several technologies for both types of heat sources. The chart + on the right shows whether demand and supply add up. In addition, it is possible + to use residual heat from (large-scale) power plants in the power sector. + This can be done in the 'Electricity' and 'Renewable Electricity' side bar + items for the following power plants: (Natural) gas plants, Coal plants, Biomass plants and Waste incineration. It is also possible to convert electricity + into heat through power-to-heat boilers or heat pumps in the Flexibility section.\r\n

    \r\nMore information can be found + in our documentation." + supply_heat_sources_lt: + title: "Sources" + short_description: + description: "District heating can be used as heating technology in households, buildings + and agriculture. There + are roughly two types of heat sources: dispatchable and must-run heat sources. + Dispatchable heat sources can be switched on/ off depending on the heat demand + at that time, while must-run heat sources supply the heat network regardless + of heat demand. For the second type in particular (seasonal) storage of heat is an interesting option.\r\n

    \r\nBelow + you can find several technologies for both types of heat sources. The chart + on the right shows whether demand and supply add up. In addition, it is possible + to use residual heat from (large-scale) power plants in the power sector. + This can be done in the 'Electricity' and 'Renewable Electricity' side bar + items for the following power plants: (Natural) gas plants, Coal plants, Biomass plants and Waste incineration. It is also possible to convert electricity + into heat through power-to-heat boilers or heat pumps in the Flexibility section.\r\n

    \r\nMore information can be found + in our documentation." + supply_heat_sources_mt: + title: "Sources" + short_description: + description: "District heating can be used as heating technology in households, buildings + and agriculture. There + are roughly two types of heat sources: dispatchable and must-run heat sources. + Dispatchable heat sources can be switched on/ off depending on the heat demand + at that time, while must-run heat sources supply the heat network regardless + of heat demand. For the second type in particular (seasonal) storage of heat is an interesting option.\r\n

    \r\nBelow + you can find several technologies for both types of heat sources. The chart + on the right shows whether demand and supply add up. In addition, it is possible + to use residual heat from (large-scale) power plants in the power sector. + This can be done in the 'Electricity' and 'Renewable Electricity' side bar + items for the following power plants: (Natural) gas plants, Coal plants, Biomass plants and Waste incineration. It is also possible to convert electricity + into heat through power-to-heat boilers or heat pumps in the Flexibility section.\r\n

    \r\nMore information can be found + in our documentation." supply_hydrogen_demand: title: Hydrogen demand short_description: @@ -327,13 +508,13 @@ en: as a feedstock for the chemical industry. The ETM allows you to explore a future hydrogen economy by allowing you to use hydrogen for: