config.yaml

allow_all_imports: true
hass_is_global: false
apps:
  solis_flux_times:
    energy_monitor: 'solis_daily_grid_energy_used' # entity id of daily household energy monitor (kWh) - in 'sensor' domain
    history_days: 7 # duration of stored forecast and energy use history (default is 7)
    #daily_consumption_kwh: 12 # fixed estimate of daily household energy use (kWh) (if uncommented, overrides use of 'energy_monitor')
    #forecast_remaining: 'energy_production_today_remaining' #  entity id of Forecast.Solar remaining energy today (kWh) - in 'sensor' domain
    #forecast_tomorrow: 'energy_production_tomorrow' #  entity id of Forecast.Solar tomorrow prediction (kWh) - in 'sensor' domain
    forecast_remaining: 'solcast_pv_forecast_forecast_remaining_today' # entity id of Solcast remaining energy today (kWh) - in 'sensor' domain
    forecast_tomorrow: 'solcast_pv_forecast_forecast_tomorrow' # entity id of Solcast tomorrow prediction (kWh) - in 'sensor' domain
    #forecast_multiplier: 1.0 # multiplication factor for solar forecast values if they prove to be pessimistic or optimistic (if uncommented, overrides use of 'forecast_tomorrow')
    cron_before: 10 # minutes (default 20) before start of periods below to set charging/discharging times based on target levels
    #base_reserve_kwh: 1.5 # accessible energy contingency to maintain in the battery (default 15% of 'battery_capacity') 
    solis_control:
      solis_key_secret: !secret solis_key_secret
      solis_key_id: !secret solis_key_id
      solis_user_name: !secret solis_user_name
      solis_password: !secret solis_password
      solis_station_id: !secret solis_station_id
      battery_capacity: 7.1 # in kWh - nominal stored energy of battery at 100% SOC (eg 2 * Pylontech US3000C with Nominal Capacity of 3.55 kWh each)
      battery_max_current: 74 # in amps (eg 2 * Pylontech US3000C with Recommend Charge Current of 37A each)
      inverter_max_current: 62.5 # in amps - see inverter datasheet specs for 'Max. charge / discharge current'  (eg 62.5A or 100A)
      energy_amp_hour: 0.05 # default .05 - energy (in kWh) stored/released for each hour and amp of current
      charge_period: # Octopus Flux Cheap period in morning when energy can be imported from the grid at low rates
        start: "02:01" # HH:MM string
        end: "04:59" # HH:MM string
        current: 50 # charge current setting in amps
        sync: 'random' # if 'start', charging is tied to start of period or if 'end' it is tied to the end (otherwise it starts randomly)
      charge_period2: # 2nd period when energy can be imported from the grid = potential top up at medium rates to avoid importing during peak period
        start: "14:15"
        end: "15:45" 
        current: 50 # charge current setting in amps
        sync: 'start' # if 'start', charging is tied to start of period or if 'end' it is tied to the end (otherwise it starts randomly)
      discharge_period: # Octopus Flux Peak period in evening when energy can be exported to the grid at high rates
        start: "16:01" 
        end: "18:59" 
        current: 50 # discharge current setting in amps
        sync: 'random' # if 'start', discharging is tied to start of period or if 'end' it is tied to the end (otherwise it starts randomly)
        kwh_requirement: 0 # zero means no discharging takes place, -1 means no action is taken (preserves existing settings)
      #solis_s3_username: !secret solis_s3_username
      #solis_s3_password: !secret solis_s3_password
      #solis_s3_ip: !secret solis_s3_ip