Home Assistant

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Home Assistant instances in your network will be auto-discovered and suitable vehicle entities and services (e.g. sensor.*) will be suggested.

Parametry

Název	Popis	Úroveň
`uri`	Home Assistant URI Příklad: `http://homeassistant.local:8123`	volitelné
`soc`	State of charge [%] Entity ID for the vehicle's battery state of charge in percent Příklad: `sensor.vehicle_soc`	volitelné
`title`	Title Will be displayed in the user interface	volitelné
`capacity` [kWh]	Battery capacity Příklad: `50`	volitelné
`range`	Remaining range [km] Entity ID for the vehicle's remaining range in kilometers Příklad: `sensor.vehicle_range`	volitelné
`status`	Charging status Entity ID for charging status (A=disconnected, B=connected, C=charging) Příklad: `sensor.vehicle_charging`	volitelné
`limitSoc`	Target state of charge [%] Entity ID for the vehicle's target state of charge in percent (`number` or `input_number` entity) Příklad: `number.vehicle_target_state_of_charge`	volitelné
`odometer`	Odometer [km] Entity ID for the vehicle's odometer reading in kilometers Příklad: `sensor.vehicle_odometer`	volitelné
`climater`	Climatisation active Entity ID for the vehicle's climatisation state (`binary_sensor` with `on`/`off` state) Příklad: `binary_sensor.vehicle_climater`	volitelné
`start_charging`	Service to start charging Entity ID for a script or a switch that starts charging the vehicle. Only useful with the Vehicle API-only charger. If a switch is provided, Service to stop charging must be left empty. Příklad: `script.vehicle_start_charge; switch.vehicle_charger`	volitelné
`stop_charging`	Service to stop charging Entity ID for a script that stops charging the vehicle. Only useful with the Vehicle API-only charger. Příklad: `script.vehicle_stop_charge`	volitelné
`wakeup`	Service to wake up vehicle Entity ID for a script or a button that wakes up the vehicle Příklad: `script.vehicle_wakeup; button.wakeup_vehicle`	volitelné
`setMaxCurrent`	Set charging current [A] Entity ID for setting the maximum charging current in amperes (`number` or `input_number` entity) Příklad: `number.vehicle_charging_current`	volitelné
`icon`	Icon Will be displayed in the user interface Výchozí: `car`	pokročilé
`phases`	Maximum number of phases Used to determine the minimum solar surplus and plan duration.	pokročilé
`minCurrent` [A]	Minimum current The minimum current per connected phase that can be used Příklad: `6`	pokročilé
`maxCurrent` [A]	Maximum current The maximum current per connected phase that can be used Příklad: `16`	pokročilé
`maxPower` [W]	Maximum charging power hint Defines the maximum charging power of the vehicle. Helps improve charge plan accuracy when the vehicle typically uses less than the offered current or supports higher single-phase current compared to three-phase. The offered current of the loadpoint is not affected. Příklad: `10000`	pokročilé
`identifiers`	RFID identification Used to assign the vehicle to a loadpoint via RFID card. The identifier is shown on the loadpoint. Copy the value from there. Learn more.	pokročilé
`priority`	Priority Priority of the loadpoint or vehicle in relation to other loadpoints or vehicles for allocating surplus energy (higher values, higher priority).	pokročilé
`insecure`	Accept self-signed certificates	pokročilé
`statusA`	States for status A Comma-separated list of additional states meaning disconnected, see docs.evcc.io Příklad: `not_plugged, disconnected`	pokročilé
`statusB`	States for status B Comma-separated list of additional states meaning connected, see docs.evcc.io Příklad: `charging_stopped, charging_completed`	pokročilé
`statusC`	States for status C Comma-separated list of additional states meaning charging, see docs.evcc.io Příklad: `instant_charging, fast_charging`	pokročilé
`coarsecurrent`	1A current control Vehicle supports 1A current steps only	pokročilé
`streaming`	Supports streaming Streaming data is received asynchronously Výchozí: `true`	pokročilé
`welcomecharge`	Charge on connection Charger will enable charging for short time when vehicle is connected, irrespective of configured charge mode. This is useful for vehicles that require power supply when connecting.	pokročilé
`climaterdisabled`	Disable climater detection Ignore the vehicle's climater state for charge control, so charging stops at the SoC or energy limit even when the vehicle signals an active climater request.	pokročilé
`autodetectdisabled`	Exclude from auto detection Ignore the vehicle for auto detection of connected vehicles	pokročilé
`wakeupdisabled`	Disable wake-up calls Do not send wake-up calls to the vehicle or charger, useful for vehicles that refuse to charge after repeated wake-ups.	pokročilé

Příklad konfigurace pro evcc.yaml

Pokud nechcete konfigurovat přes uživatelské rozhraní, můžete místo toho použít tento blok YAML.

vehicles:
    - name: my_car
      type: template
      template: homeassistant
      uri: http://homeassistant.local:8123 # Home Assistant URI
      soc: sensor.vehicle_soc # State of charge [%], Entity ID for the vehicle's battery state of charge in percent
      title: # Title, Will be displayed in the user interface (optional)
      capacity: 50 # Battery capacity (kWh), optional
      range: sensor.vehicle_range # Remaining range [km], Entity ID for the vehicle's remaining range in kilometers (optional)
      status: sensor.vehicle_charging # Charging status, Entity ID for charging status (A=disconnected, B=connected, C=charging) (optional)
      limitSoc: number.vehicle_target_state_of_charge # Target state of charge [%], Entity ID for the vehicle's target state of charge in percent (`number` or `input_number` entity) (optional)
      odometer: sensor.vehicle_odometer # Odometer [km], Entity ID for the vehicle's odometer reading in kilometers (optional)
      climater: binary_sensor.vehicle_climater # Climatisation active, Entity ID for the vehicle's climatisation state (`binary_sensor` with `on`/`off` state) (optional)
      start_charging: script.vehicle_start_charge; switch.vehicle_charger # Service to start charging, Entity ID for a script or a switch that starts charging the vehicle. Only useful with the [Vehicle API-only charger](https://docs.evcc.io/en/chargers/vehicle-api-only-charger). If a switch is provided, Service to stop charging must be left empty. (optional)
      stop_charging: script.vehicle_stop_charge # Service to stop charging, Entity ID for a script that stops charging the vehicle. Only useful with the [Vehicle API-only charger](https://docs.evcc.io/en/chargers/vehicle-api-only-charger). (optional)
      wakeup: script.vehicle_wakeup; button.wakeup_vehicle # Service to wake up vehicle, Entity ID for a script or a button that wakes up the vehicle (optional)
      setMaxCurrent: number.vehicle_charging_current # Set charging current [A], Entity ID for setting the maximum charging current in amperes (`number` or `input_number` entity) (optional)
      icon: car # Icon, Will be displayed in the user interface [car, bike, bus, moped, motorcycle, rocket, scooter, taxi, tractor, rickshaw, shuttle, van, airpurifier, battery, bulb, climate, coffeemaker, compute, cooking, cooler, desktop, device, dishwasher, dryer, floorlamp, generic, heater, heatexchange, heatpump, kettle, laundry, laundry2, machine, meter, microwave, pump, smartconsumer, tool, waterheater] (optional)
      phases: # Maximum number of phases, Used to determine the minimum solar surplus and plan duration. [1, 2, 3] (optional)
      minCurrent: 6 # Minimum current (A), The minimum current per connected phase that can be used (optional)
      maxCurrent: 16 # Maximum current (A), The maximum current per connected phase that can be used (optional)
      maxPower: 10000 # Maximum charging power hint (W), Defines the maximum charging power of the vehicle. Helps improve charge plan accuracy when the vehicle typically uses less than the offered current or supports higher single-phase current compared to three-phase. _The offered current of the loadpoint is not affected._ (optional)
      identifiers: # RFID identification, Used to assign the vehicle to a loadpoint via RFID card. The identifier is shown on the loadpoint. Copy the value from there. [Learn more.](https://docs.evcc.io/en/docs/features/vehicle) (optional)
      priority: # Priority, Priority of the loadpoint or vehicle in relation to other loadpoints or vehicles for allocating surplus energy (higher values, higher priority). (optional)
      insecure: # Accept self-signed certificates, optional
      statusA: not_plugged, disconnected # States for status A, Comma-separated list of additional states meaning disconnected, see [docs.evcc.io](https://docs.evcc.io/en/smarthome/home-assistant#charge-status) (optional)
      statusB: charging_stopped, charging_completed # States for status B, Comma-separated list of additional states meaning connected, see [docs.evcc.io](https://docs.evcc.io/en/smarthome/home-assistant#charge-status) (optional)
      statusC: instant_charging, fast_charging # States for status C, Comma-separated list of additional states meaning charging, see [docs.evcc.io](https://docs.evcc.io/en/smarthome/home-assistant#charge-status) (optional)
      coarsecurrent: # 1A current control, Vehicle supports 1A current steps only (optional)
      streaming: true # Supports streaming, Streaming data is received asynchronously (optional)
      welcomecharge: # Charge on connection, Charger will enable charging for short time when vehicle is connected, irrespective of configured charge mode. This is useful for vehicles that require power supply when connecting. (optional)
      climaterdisabled: # Disable climater detection, Ignore the vehicle's climater state for charge control, so charging stops at the SoC or energy limit even when the vehicle signals an active climater request. (optional)
      autodetectdisabled: # Exclude from auto detection, Ignore the vehicle for auto detection of connected vehicles (optional)
      wakeupdisabled: # Disable wake-up calls, Do not send wake-up calls to the vehicle or charger, useful for vehicles that refuse to charge after repeated wake-ups. (optional)