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Fonctionnalités prises en charge

Pilotage de la batterie: Pilotage externe de la charge et de la décharge de la batterie domestique par evcc.

Domaines d’utilisation

Compteur avant réseau
Production solaire
Batterie

Paramètres

Nom	Description	Niveau
`host`	IP address or hostname Exemple: `192.0.2.2`	facultatif
`port`	Port Par défaut: `80`	facultatif
`externalpv`	Needed when a second solar inverter is connected. This parameter is needed when the BatterX station is connected to another solar inverter. The total produced solar power can so be reported through one system. Further auxilary solar inverters do not need to be connected to evcc. Par défaut: `true`	facultatif
`capacity` [kWh]	Battery capacity Exemple: `50`	facultatif
`minsoc` [%]	Minimum charge Lower limit as configured on the battery system. Used by optimizer. Par défaut: `0` Exemple: `25`	facultatif
`maxsoc` [%]	Maximum charge Upper limit as configured on the battery system. Used by optimizer and, on some devices, for grid charging. Par défaut: `100` Exemple: `95`	facultatif
`maxchargepower` [W]	Maximum charge power Highest power the battery system can charge with. The optimizer plans with charging up to this power. Some devices also use it as grid charging power.	avancé
`maxdischargepower` [W]	Maximum discharge power Highest power the battery system can discharge with. The optimizer plans with discharging up to this power. Smart mode assumes the battery supplies at most this power to vehicle charging.	avancé

Exemple de configuration pour evcc.yaml

Si vous ne souhaitez pas passer par l’interface, vous pouvez utiliser ce bloc YAML à la place.

Compteur avant réseauProduction solaireBatterie

meters:
    - name: my_grid
      type: template
      template: batterX
      usage: grid
      host: 192.0.2.2 # IP address or hostname
      port: 80 # Port, optional
      externalpv: true # Needed when a second solar inverter is connected., This parameter is needed when the BatterX station is connected to another solar inverter. The total produced solar power can so be reported through one system. Further auxilary solar inverters do not need to be connected to evcc. (optional)

meters:
    - name: my_pv
      type: template
      template: batterX
      usage: pv
      host: 192.0.2.2 # IP address or hostname
      port: 80 # Port, optional
      externalpv: true # Needed when a second solar inverter is connected., This parameter is needed when the BatterX station is connected to another solar inverter. The total produced solar power can so be reported through one system. Further auxilary solar inverters do not need to be connected to evcc. (optional)

meters:
    - name: my_battery
      type: template
      template: batterX
      usage: battery
      host: 192.0.2.2 # IP address or hostname
      port: 80 # Port, optional
      externalpv: true # Needed when a second solar inverter is connected., This parameter is needed when the BatterX station is connected to another solar inverter. The total produced solar power can so be reported through one system. Further auxilary solar inverters do not need to be connected to evcc. (optional)
      capacity: 50 # Battery capacity (kWh), optional
      minsoc: 0 # Minimum charge (%), Lower limit as configured on the battery system. Used by optimizer. (optional)
      maxsoc: 100 # Maximum charge (%), Upper limit as configured on the battery system. Used by optimizer and, on some devices, for grid charging. (optional)
      maxchargepower: # Maximum charge power (W), Highest power the battery system can charge with. The optimizer plans with charging up to this power. Some devices also use it as grid charging power. (optional)
      maxdischargepower: # Maximum discharge power (W), Highest power the battery system can discharge with. The optimizer plans with discharging up to this power. Smart mode assumes the battery supplies at most this power to vehicle charging. (optional)