- automation heating_pump_helpers:
  - id: heating_pump_activate_partymode_with_solar_power
    alias: Wärmepumpe Partymodus aktivieren bei Stromüberschuss
    description: Wenn genügend Strom von der PV kommt und die Heizung aktiv ist, Partymodus
      (erhöhte Raumtemperatur) aktivieren
    triggers:
    - trigger: numeric_state
      entity_id:
      - sensor.rct_power_storage_grid_power
      below: -4000
      for:
        hours: 0
        minutes: 5
        seconds: 0
    conditions:
    - condition: numeric_state
      entity_id: sensor.energy_production_today_remaining_total
      above: 30
    - condition: state
      entity_id: binary_sensor.heating_pump_heating_mode
      state: 'on'
    actions:
    - action: select.select_option
      metadata: {}
      data:
        option: Heizen+WW+Party
      target:
        entity_id: select.mosquitto_broker_betriebsart
    mode: single
  - id: heating_pump_deactivate_partymode_without_solar_power
    alias: Wärmepumpe Partymodus deaktivieren bei Stromknappheit
    description: Den aktivierten Partymodus der Wärmepumpe deaktivieren, wenn am restlichen
      Tag weniger als 20 kWh Produktion erwartet werden
    triggers:
    - trigger: numeric_state
      entity_id:
      - sensor.energy_production_today_remaining_total
      below: 20
    conditions:
    - condition: state
      entity_id: binary_sensor.heating_pump_party_mode
      state: 'on'
    actions:
    - action: select.select_option
      metadata: {}
      data:
        option: Heizen+WW
      target:
        entity_id: select.mosquitto_broker_betriebsart
    mode: single
  - id: heating_pump_deactivate_hot_water
    alias: Einmal Warmwasseraufbereitung beenden, wenn Zieltemperatur erreicht
    description: Sobald die eingestellte Zieltemperatur erreicht wurde, Aufbereitung
      stoppen
    triggers:
    - trigger: numeric_state
      entity_id:
      - sensor.mosquitto_broker_warmwassertemperatur_oben
      above: number.mosquitto_broker_warmwassersolltemperatur_2
    conditions:
    - condition: state
      entity_id: switch.mosquitto_broker_einmal_ww_bereitung
      state: 'on'
    actions:
    - action: switch.turn_off
      metadata: {}
      data: {}
      target:
        entity_id: switch.mosquitto_broker_einmal_ww_bereitung
    mode: single
  - id: heating_pump_activate_hot_water
    alias: Wärmepumpe einmal Warmwasseraufbereitung im Party Modus aktivieren
    description: Um 13:30 Uhr Warmwasseraufbereitung starten, wenn der Tank unter
      40 Grad warm ist
    triggers:
    - trigger: time
      at: '13:30:00'
    conditions:
    - condition: numeric_state
      entity_id: sensor.mosquitto_broker_warmwassertemperatur_oben
      below: 40
    - condition: state
      entity_id: binary_sensor.heating_pump_party_mode
      state: 'on'
    - condition: state
      entity_id: binary_sensor.mosquitto_broker_status_warmwasserventil
      state: 'off'
    actions:
    - action: switch.turn_on
      metadata: {}
      data: {}
      target:
        entity_id: switch.mosquitto_broker_einmal_ww_bereitung
    mode: single
- template:
  - binary_sensor:
    - unique_id: waschmaschine
      name: Waschmaschine
      state: ''
      device_class: running
      icon: mdi:washing-machine
    - unique_id: geschirrspulmaschine
      name: Geschirrspülmaschine
      state: ''
      device_class: running
      icon: mdi:dishwasher
  automation power_plug_helpers:
  - id: waschmaschine_statusbenachrichtigung
    alias: Waschmaschine Statusbenachrichtigung
    description: ''
    use_blueprint:
      path: sbyx/notify-or-do-something-when-an-appliance-like-a-dishwasher-or-washing-machine-finishes.yaml
      input:
        power_sensor: sensor.steckdose_ug_waschmaschine_power
        starting_threshold: 20
        starting_hysteresis: 3
        finishing_threshold: 50
        finishing_hysteresis: 4
        actions:
        - action: notify.kodi_t470
          data:
            title: Waschmaschine ist fertig
            message: Die Waschmaschine kann geleert werden
            data:
              displaytime: 20000
              icon: info
        - action: notify.kodi_libreelec_eg2
          data:
            title: Waschmaschine ist fertig
            message: Die Waschmaschine kann geleert werden
            data:
              displaytime: 20000
              icon: info
        - action: python_script.set_state
          data:
            entity_id: binary_sensor.waschmaschine
            state: 'off'
        pre_actions:
        - action: python_script.set_state
          data:
            entity_id: binary_sensor.waschmaschine
            state: 'on'
  - id: geschirrspulmaschine_statusbenachrichtigung
    alias: Geschirrspülmaschine Statusbenachrichtigung
    description: ''
    use_blueprint:
      path: sbyx/notify-or-do-something-when-an-appliance-like-a-dishwasher-or-washing-machine-finishes.yaml
      input:
        power_sensor: sensor.steckdose_eg_geschirrspuhler_power
        starting_threshold: 10
        starting_hysteresis: 3
        finishing_threshold: 2
        finishing_hysteresis: 2
        actions:
        - action: notify.kodi_t470
          data:
            title: Geschirrspüler ist fertig
            message: Die Geschirrspülmaschine kann geleert werden
            data:
              displaytime: 20000
              icon: info
        - action: notify.kodi_libreelec_eg2
          data:
            title: Geschirrspüler ist fertig
            message: Die Geschirrspülmaschine kann geleert werden
            data:
              displaytime: 20000
              icon: info
        - action: python_script.set_state
          data:
            entity_id: binary_sensor.geschirrspulmaschine
            state: 'off'
        pre_actions:
        - action: python_script.set_state
          data:
            entity_id: binary_sensor.geschirrspulmaschine
            state: 'on'
  - id: wasser_im_keller_technikraum
    alias: Wasser im Keller Technikraum
    description: Der Wassersensor meldet Wasser im Technikraum
    triggers:
    - trigger: state
      entity_id:
      - binary_sensor.wassersensor_ug_technikraum_water_leak
      to: 'on'
    actions:
    - action: switch.turn_off
      target:
        entity_id: switch.steckdose_ug_waschmaschine
    - action: notify.kodi_t470
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Technikraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelecmanfred
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Technikraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelec_eg2
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Technikraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: button.press
      target:
        entity_id: button.anrufhawasserugtechnik
  - id: wasser_im_keller_kellerraum
    alias: Wasser im Keller Kellerraum
    description: Der Wassersensor meldet Wasser im Kellerraum
    triggers:
    - trigger: state
      entity_id:
      - binary_sensor.wassersensor_ug_kellerraum_water_leak
      to: 'on'
    actions:
    - action: notify.kodi_t470
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Kellerraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelecmanfred
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Kellerraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelec_eg2
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Kellerraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: button.press
      target:
        entity_id: button.anrufhawasserugkeller
  - id: wasser_im_keller_fittnesraum
    alias: Wasser im Keller Fittnesraum
    description: Der Wassersensor meldet Wasser im Fittnesraum
    triggers:
    - trigger: state
      entity_id:
      - binary_sensor.wassersensor_ug_fittnesraum_water_leak
      to: 'on'
    actions:
    - action: switch.turn_off
      target:
        entity_id: switch.steckdose_ug_hauswasserwerk
    - action: notify.kodi_t470
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Fittnesraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelecmanfred
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Fittnesraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelec_eg2
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Fittnesraum meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: button.press
      target:
        entity_id: button.anrufhawasserugfitness
  - id: wasser_im_keller_werkstatt
    alias: Wasser im Keller Werkstatt
    description: Der Wassersensor meldet Wasser im Werkstatt
    triggers:
    - trigger: state
      entity_id:
      - binary_sensor.wassersensor_ug_werkstatt_water_leak
      to: 'on'
    actions:
    - action: notify.kodi_t470
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Werkstatt meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelecmanfred
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Werkstatt meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelec_eg2
      data:
        title: Wasser im Keller
        message: Der Wassersensor im Werkstatt meldet Wasser!
        data:
          displaytime: 50000
          icon: error
    - action: button.press
      target:
        entity_id: button.anrufhawasserugwerkstatt
  - id: rauch_im_keller_fittnesraum
    alias: Rauch im Keller Fittnesraum
    description: Der Rauchmelder meldet Rauch im Fittnesraum
    triggers:
    - trigger: state
      entity_id:
      - binary_sensor.rauchmelder_ug_fittnesraum_smoke
      to: 'on'
    actions:
    - action: notify.kodi_t470
      data:
        title: Rauch im Keller
        message: Der Rauchmelder meldet Rauch im Fittnesraum!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelecmanfred
      data:
        title: Rauch im Keller
        message: Der Rauchmelder meldet Rauch im Fittnesraum!
        data:
          displaytime: 50000
          icon: error
    - action: notify.kodi_libreelec_eg2
      data:
        title: Rauch im Keller
        message: Der Rauchmelder meldet Rauch im Fittnesraum!
        data:
          displaytime: 50000
          icon: error
    - action: button.press
      target:
        entity_id: button.anrufharauchugfitness
- template:
  - sensor:
    - unique_id: calculated_maximum_battery_soc
      name: Calculated maximum battery soc
      icon: mdi:battery
      state_class: measurement
      unit_of_measurement: '%'
      state: "{% if is_state(\"sun.sun\", \"above_horizon\") -%}\n  {% set epr_today\
        \ = (states('sensor.energy_production_today_remaining_total')|float(0.0))\
        \ %}\n  {% set ep_tomorrow = (states('sensor.energy_production_tomorrow_total')|float(0.0))\
        \ %}\n  {% set heating_on = states(\"binary_sensor.heating_pump_heating_mode\"\
        ) | bool %}\n  {% set before_noon_minus_one = ((states('sensor.sun_next_noon')\
        \ | as_datetime() | as_local()).day == now().day) and (now() + timedelta(\
        \ hours = 1 )) < (states('sensor.sun_next_noon') | as_datetime() | as_local())\
        \ %}\n  {% set after_sunrise = (((states('sensor.sun_next_rising') | as_datetime()\
        \ | as_local()).day == now().day) and (now() < (states('sensor.sun_next_rising'))\
        \ | as_datetime() | as_local()) | bool) == false %}\n  {% set hold_phase =\
        \ after_sunrise and before_noon_minus_one %}\n  {% set temperature = (states('sensor.mosquitto_broker_aussentemperatur')|float(0.0))\
        \ %}\n  {% if ((epr_today > 40 and heating_on) or (epr_today > 20 and heating_on\
        \ == false)) and hold_phase -%}\n      27\n  {%- elif ((epr_today > 30 and\
        \ heating_on) or (epr_today > 15 and heating_on == false)) and hold_phase\
        \ -%}\n      37\n  {%- elif ((epr_today > 20 and heating_on) or (epr_today\
        \ > 10 and heating_on == false)) and hold_phase -%}\n      47\n  {%- elif\
        \ ((epr_today > 15 and heating_on) or (epr_today > 7 and heating_on == false))\
        \ and hold_phase -%}\n      57\n  {%- elif ((epr_today > 10 and heating_on)\
        \ or (epr_today > 5 and heating_on == false)) and hold_phase -%}\n      67\n\
        \  {%- elif ep_tomorrow > 40 and (heating_on == false or temperature > 15)\
        \ -%}\n      77\n  {%- elif ep_tomorrow > 20 and (heating_on == false or temperature\
        \ > 10) -%}\n      87\n  {%- else -%}\n      97\n  {%- endif %}\n{%- else\
        \ -%}\n  {{ states('sensor.calculated_maximum_battery_soc') }}\n{%- endif\
        \ %}"
      availability: '{{ has_value(''sensor.energy_production_today_remaining_total'')
        and has_value(''sensor.energy_production_tomorrow_total'') and has_value(''binary_sensor.heating_pump_heating_mode'')
        and has_value(''sensor.sun_next_noon'') and has_value(''sensor.sun_next_rising'')
        and has_value(''sensor.mosquitto_broker_aussentemperatur'') }}'
  input_number:
    rct_power_storage_battery_maximum_state_of_charge:
      name: Input RCT Power Storage Battery Maximum SOC
      icon: mdi:battery-charging-wireless-90
      unit_of_measurement: '%'
      mode: slider
      initial: 97
      min: 7
      max: 97
      step: 1
    rct_power_storage_battery_minimum_state_of_charge:
      name: Input RCT Power Storage Battery Minimum SOC
      icon: mdi:battery-charging-wireless-10
      unit_of_measurement: '%'
      mode: slider
      initial: 7
      min: 7
      max: 97
      step: 1
  automation rct_soc_min_max:
  - id: pv_battery_calculated_soc_max_to_input
    alias: RCT Power SOC Errechnet Max in Input-Feld
    description: Netzdienliches und Akku schonendes Laden des Akkus, errechneten Wert
      in entsprechendes Eingabefeld übernehmen
    triggers:
    - trigger: state
      entity_id:
      - sensor.calculated_maximum_battery_soc
      not_from:
      - unknown
      - unavailable
      not_to:
      - unknown
      - unavailable
    conditions: []
    actions:
    - action: input_number.set_value
      metadata: {}
      data:
        value: '{{ states(''sensor.calculated_maximum_battery_soc'')|float(97.0) }}'
      target:
        entity_id: input_number.rct_power_storage_battery_maximum_state_of_charge
    mode: single
  - id: pv_battery_soc_max_to_input
    alias: RCT Power SOC Max vom Wechselrichter in Input-Feld
    description: Eingabefeld mit SOC Max Vorgabewert befüllen, wenn dieser sich ändert
    triggers:
    - trigger: state
      entity_id:
      - sensor.rct_power_storage_battery_maximum_state_of_charge
      not_from:
      - unknown
      - unavailable
      not_to:
      - unknown
      - unavailable
    conditions: []
    actions:
    - action: input_number.set_value
      metadata: {}
      data:
        value: '{{ states(''sensor.rct_power_storage_battery_maximum_state_of_charge'')|float(97.0)
          }}'
      target:
        entity_id: input_number.rct_power_storage_battery_maximum_state_of_charge
    mode: single
  - id: pv_battery_soc_max_input_to_inverter
    alias: Eingabe an RCT Power SOC Max des Wechselrichters senden
    description: Den maximalen Ladestand der PV-Batterie anpassen
    triggers:
    - trigger: state
      entity_id:
      - input_number.rct_power_storage_battery_maximum_state_of_charge
      for:
        hours: 0
        minutes: 0
        seconds: 3
    conditions: []
    actions:
    - action: pyscript.rct_ha_call
      data:
        parameter: power_mng.soc_max
        value: '{{ states(''input_number.rct_power_storage_battery_maximum_state_of_charge'')|float(97.0)|multiply(0.01)|round(2)
          }}'
    mode: single
  - id: pv_battery_soc_min_to_input
    alias: RCT Power SOC Min vom Wechselrichter in Input-Feld
    description: Eingabefeld mit SOC Min Vorgabewert befüllen, wenn dieser sich ändert
    triggers:
    - trigger: state
      entity_id:
      - sensor.rct_power_storage_battery_minimum_state_of_charge_2
      not_from:
      - unknown
      - unavailable
      not_to:
      - unknown
      - unavailable
    conditions: []
    actions:
    - action: input_number.set_value
      metadata: {}
      data:
        value: '{{ states(''sensor.rct_power_storage_battery_minimum_state_of_charge_2'')|float(7.0)
          }}'
      target:
        entity_id: input_number.rct_power_storage_battery_minimum_state_of_charge
    mode: single
  - id: pv_battery_soc_min_input_to_inverter
    alias: Eingabe an RCT Power SOC Min des Wechselrichters senden
    description: Den minimalen Ladestand der PV-Batterie anpassen
    triggers:
    - trigger: state
      entity_id:
      - input_number.rct_power_storage_battery_minimum_state_of_charge
      for:
        hours: 0
        minutes: 0
        seconds: 3
    conditions: []
    actions:
    - action: pyscript.rct_ha_call
      data:
        action: set
        parameter: power_mng.soc_min
        value: '{{ states(''input_number.rct_power_storage_battery_minimum_state_of_charge'')|float(7.0)|multiply(0.01)|round(2)
          }}'
    mode: single
  - id: pv_battery_grid_power_enable
    alias: Batterie laden mit Energie vom SMA Wechselrichter erlauben
    description: Wenn der RCT Wechselrichter zu wenig produziert, um die Battierie
      zu laden, SMA dazu schalten
    triggers:
    - trigger: sun
      event: sunrise
    conditions: []
    actions:
    - action: pyscript.rct_ha_call
      data:
        action: set
        parameter: power_mng.use_grid_power_enable
        value: '{% if (states(''sensor.energy_production_today_remaining'')|float(0.0))
          < 15 -%}true{%- else -%}false{%- endif %}'
    mode: single
  - id: pv_batery_start_unload_to_grid_on_calibration
    alias: RCT Batterie Kalibrierung, Entladen ins Netz starten
    description: RCT Batterie Kalibrierung, vor Sonnenaufgang Entladen ins Netz starten
      um die Batterie leer zu bekommen
    triggers:
    - trigger: sun
      event: sunrise
      offset: -00:30:00
    conditions:
    - condition: state
      entity_id: sensor.rct_power_storage_battery_status
      state: discharging
    actions:
    - action: pyscript.rct_ha_call
      data:
        action: set
        parameter: p_rec_lim[1]
        value: '{{ min(4000, ((states(''sensor.rct_battery_capacity_unload_calibration'')|float(0.0))
          * (states(''sensor.rct_power_storage_battery_state_of_charge'')|float(0.0)))|multiply(10)|round(0))
          }}'
    mode: single
  - id: pv_batery_stop_unload_to_grid_on_calibration
    alias: RCT Batterie Kalibrierungsende, Entladen ins Netz stoppen
    description: RCT Batterie Kalibrierung, zum Ende der Entladung bei Kalibrierung,
      Entladen ins Netz stoppen
    triggers:
    - trigger: state
      entity_id:
      - sensor.rct_power_storage_battery_status
      from: discharging
      to: normal
    conditions: []
    actions:
    - action: pyscript.rct_ha_call
      data:
        action: set
        parameter: p_rec_lim[1]
        value: 0
    mode: single
- template:
  - sensor:
    - unique_id: power_consumption
      name: Power Consumption
      icon: mdi:home-lightning-bolt
      state_class: measurement
      unit_of_measurement: kW
      state: '{{ ((states(''sensor.rct_power_storage_external_generator_s0_power'')|float(0.0))
        + (states(''sensor.rct_power_storage_grid_power'')|float(0.0)) + (states(''sensor.rct_power_storage_inverter_ac_power'')|float(0.0)))|multiply(0.001)|round(3)
        }}'
      availability: '{{ has_value(''sensor.rct_power_storage_external_generator_s0_power'')
        and has_value(''sensor.rct_power_storage_grid_power'') and has_value(''sensor.rct_power_storage_inverter_ac_power'')
        }}'
    - unique_id: installed_pv_wr_sum
      name: Installed PV WR Sum
      icon: mdi:solar-power
      state_class: measurement
      unit_of_measurement: kW
      state: '{{ ((states(''sensor.installed_pv_wr1'')|float(6.0)) + (states(''sensor.installed_pv_wr2'')|float(20.0)))|round(3)
        }}'
      availability: '{{ has_value(''sensor.installed_pv_wr1'') and has_value(''sensor.installed_pv_wr2'')
        }}'
    - unique_id: solar_power_generators_sum
      name: Solar Power Generators Sum
      icon: mdi:solar-power
      state_class: measurement
      unit_of_measurement: W
      state: '{{ ((states(''sensor.rct_power_storage_all_generators_power'')|float(0.0))
        + (states(''sensor.stp_20_50_pv_power_a'')|float(0.0)) + (states(''sensor.stp_20_50_pv_power_b'')|float(0.0))
        + (states(''sensor.stp_20_50_pv_power_c'')|float(0.0)))|round(0) }}'
      availability: '{{ has_value(''sensor.rct_power_storage_all_generators_power'')
        and has_value(''sensor.stp_20_50_pv_power_a'') and has_value(''sensor.stp_20_50_pv_power_b'')
        and has_value(''sensor.stp_20_50_pv_power_c'') }}'
    - unique_id: solar_power_grid_limit_soft
      name: Solar Power Grid Limit Soft
      icon: mdi:solar-power
      state_class: measurement
      unit_of_measurement: kW
      state: "{% set solar_grid_limit = states('input_number.solar_grid_limit')|float(100.0)\
        \ %} {% set calc_limit = (((states('sensor.installed_pv_size')|float(29.645))\
        \ * solar_grid_limit / 100) + (((states('sensor.power_consumption')|float(0.0))\
        \ -0.05)|round(1))) %} {% set wr_limit = states('sensor.installed_pv_wr_sum')|float(26.0)\
        \ %} {% if solar_grid_limit == 100 -%}\n  {{ wr_limit | round(3) }}\n{%- else\
        \ -%}\n  {{ max(0, min(wr_limit, calc_limit)) | round(3) }}\n{%- endif %}"
      availability: '{{ has_value(''sensor.installed_pv_size'') and has_value(''sensor.power_consumption'')
        and has_value(''sensor.installed_pv_wr_sum'') }}'
    - unique_id: solar_power_grid_limit_soft_sma
      name: Solar Power Grid Limit Soft SMA
      icon: mdi:solar-power
      state_class: measurement
      unit_of_measurement: kW
      state: '{{ max(0, min((states(''sensor.solar_power_grid_limit_soft'')|float(26.0)),
        (states(''sensor.installed_pv_wr2'')|float(20.0)))) | round(3) }}'
      availability: '{{ has_value(''sensor.solar_power_grid_limit_soft'') and has_value(''sensor.installed_pv_wr2'')
        }}'
  input_number:
    solar_grid_limit:
      name: Einspeisebegrenzung
      icon: mdi:transmission-tower-import
      unit_of_measurement: '%'
      mode: slider
      initial: 100
      min: 0
      max: 100
      step: 1
  automation grid_power_limitation:
  - id: rct_converter_set_grid_power_limit
    alias: RCT Wechselrichter Limit setzen
    description: Setze das prozentuale Einspeiselimit des RCT Wechselrichters
    triggers:
    - trigger: state
      entity_id:
      - input_number.solar_grid_limit
      not_from:
      - unknown
      - unavailable
      not_to:
      - unknown
      - unavailable
      for:
        hours: 0
        minutes: 0
        seconds: 3
    conditions: []
    actions:
    - action: pyscript.rct_ha_call
      data:
        action: set
        parameter: buf_v_control.power_reduction
        value: '{{ states(''input_number.solar_grid_limit'')|float(100.0)|multiply(0.01)|round(2)
          }}'
    mode: single
  - id: sma_converter_set_grid_power_limit
    alias: SMA Wechselrichter Limit setzen
    description: Setze das absoluten Einspeiselimits des SMA Wechselrichters in Watt
    triggers:
    - trigger: state
      entity_id:
      - sensor.solar_power_grid_limit_soft_sma
      not_from:
      - unknown
      - unavailable
      not_to:
      - unknown
      - unavailable
    conditions: []
    actions:
    - action: pysmaplus.set_value
      metadata: {}
      data:
        entity_id: sensor.stp_20_50_inverter_power_limit
        value: '{{ states(''sensor.solar_power_grid_limit_soft_sma'')|float(20.0)|multiply(1000)|round(0)
          }}'
    mode: single