evs_empty.cfg

; !! IMPORTANT !! rename this file to evs.cfg
; Enter parameters of your car, your solar equipment and charger

[SYSTEM]
;log intervall during charging process
log_interval = 600
; if no path to the file given, project root is used
log_path = evsLOG.csv

[RENAULT_CAR]
country = 
user = 
pass = 
VIN = 
; Battery values depend on model: 22, 40 or 52 kW
Battery = 52

[RENAULT_SERVER]
; latest kameron values found thanks to https://gist.github.com/mountbatt/772e4512089802a2aa2622058dd1ded7
gigya_url = https://accounts.eu1.gigya.com
gigya_api_id = 3_UyiWZs_1UXYCUqK_1n7l7l44UiI_9N9hqwtREV0-UYA_5X7tOV-VKvnGxPBww4q2
kameron_url = https://api-wired-prod-1-euw1.wrd-aws.com
;kameron_api = VAX7XYKGfa92yMvXculCkEFyfZbuM7Ss
;Thanks to https://gist.github.com/mountbatt/772e4512089802a2aa2622058dd1ded7/revisions
kameron_api = YjkKtHmGfaceeuExUDKGxrLZGGvtVS0J


[CHARGER]
; refer to serial number of go-eCharger CM-02: api version 1, CM-03: api version 2
api_version = 2
wifi_url = http://
name = go-echarger
cloud_url = https://
; currents and power depend on car and home installation
min_current = 7
max_current = 15
max_power = 11

[PV_CONSTANTS]
; valid for equipment by solar edge https://www.solaredge.com/
; for other equipment please adapt file utils.py
solar_url = https://monitoringapi.solaredge.com/site/XXXX
; charger can use energy until power to grid limit pv_min_remain in [kW]
pv_min_remain = 0.1

[TIMING]
; prevent rapid switching, values in seconds
pv_min_hold_time = 300
phase_min_hold_time = 90