Plugin ‚solarforecast‘ Konfiguration

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Im folgenden sind etwaige Anforderungen und unterstützte Hardware beschrieben. Danach folgt die Beschreibung, wie das Plugin solarforecast konfiguriert wird. Außerdem ist im folgenden beschrieben, wie das Plugin in den Item Definitionen genutzt werden kann. [1]

Es handelt sich bei diesem Plugin um ein web Plugin.

Beschreibung

Anforderungen

  • Minimum SmartHomeNG Version: 1.10.0

Konfiguration

Im folgenden ist beschrieben, wie das Plugin solarforecast konfiguriert wird. Außerdem ist im folgenden beschrieben, wie das Plugin in den Item Definitionen genutzt werden kann.

Parameter

Das Plugin verfügt über folgende Parameter, die in der Datei ../etc/plugin.yaml konfiguriert werden:

azimuth

  • Datentyp: num

  • Minimalwert: -180

  • Maximalwert: 180

declination

  • Datentyp: num

  • Minimalwert: 0

  • Maximalwert: 90

kwp

  • Datentyp: num

  • Minimalwert: 0

latitude

  • Datentyp: num

  • Minimalwert: -90

  • Maximalwert: 90

longitude

  • Datentyp: num

  • Minimalwert: -180

  • Maximalwert: 180

service

  • Datentyp: str

  • Standardwert: solarforecast

  • Mögliche Werte:

    • solarforecast

Item Attribute

Das Plugin unterstützt folgende Item Attribute, die in den Dateien im Verzeichnis ../items verwendet werden:

solarforecast_attribute

  • Datentyp: str

  • Mögliche Werte:

    • energy_tomorrow

    • energy_today

    • date_tomorrow

    • date_today

    • watts_hourly

Item-Structs

Das Plugin stellt die folgenden Item-Structs zur Verfügung. Diese Informationen sind aus der plugin.yaml entnommen und möglicherweise nicht vollständig.

hourly

  • hourly (dict, —)

    • data_hour (num, —)

    • hours (foo, —)
      • h0 (num, data for current hour (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

      • h1 (num, data for current hour + 1 (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

      • h2 (num, data for current hour + 2 (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

      • h3 (num, data for current hour + 3 (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

      • h4 (num, data for current hour + 4 (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

      • h5 (num, data for current hour + 5 (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

      • h6 (num, data for current hour + 6 (in reference to data_hour))

        • g5 (bool, flag if produced solar power is estimated to be more than 500 watts)

        • g10 (bool, flag if produced solar power is estimated to be more than 1000 watts)

        • g15 (bool, flag if produced solar power is estimated to be more than 1500 watts)

        • g20 (bool, flag if produced solar power is estimated to be more than 2000 watts)

        • g25 (bool, flag if produced solar power is estimated to be more than 2500 watts)

        • g30 (bool, flag if produced solar power is estimated to be more than 3000 watts)

        • g35 (bool, flag if produced solar power is estimated to be more than 3500 watts)

    • power500 (foo, flag if power is estimated to be more than 500 watts)

      • h1 (bool, flag if power is estimed to be more than 500 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 500 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 500 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 500 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 500 watts for the next 5 hours (in reference to data_hour))

    • power1000 (foo, flag if power is estimated to be more than 1000 watts)

      • h1 (bool, flag if power is estimed to be more than 1000 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 1000 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 1000 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 1000 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 1000 watts for the next 5 hours (in reference to data_hour))

    • power1500 (foo, flag if power is estimated to be more than 1500 watts)

      • h1 (bool, flag if power is estimed to be more than 1500 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 1500 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 1500 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 1500 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 1500 watts for the next 5 hours (in reference to data_hour))

    • power2000 (foo, flag if power is estimated to be more than 2000 watts)

      • h1 (bool, flag if power is estimed to be more than 2000 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 2000 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 2000 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 2000 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 2000 watts for the next 5 hours (in reference to data_hour))

    • power2500 (foo, flag if power is estimated to be more than 2500 watts)

      • h1 (bool, flag if power is estimed to be more than 2500 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 2500 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 2500 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 2500 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 2500 watts for the next 5 hours (in reference to data_hour))

    • power3000 (foo, flag if power is estimated to be more than 3000 watts)

      • h1 (bool, flag if power is estimed to be more than 3000 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 3000 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 3000 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 3000 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 3000 watts for the next 5 hours (in reference to data_hour))

    • power3500 (foo, flag if power is estimated to be more than 3500 watts)

      • h1 (bool, flag if power is estimed to be more than 3500 watts for the next 1 hours (in reference to data_hour))

      • h2 (bool, flag if power is estimed to be more than 3500 watts for the next 2 hours (in reference to data_hour))

      • h3 (bool, flag if power is estimed to be more than 3500 watts for the next 3 hours (in reference to data_hour))

      • h4 (bool, flag if power is estimed to be more than 3500 watts for the next 4 hours (in reference to data_hour))

      • h5 (bool, flag if power is estimed to be more than 3500 watts for the next 5 hours (in reference to data_hour))

Logik Parameter

Das Plugin verfügt über folgende Parameter, die in der Datei ../etc/logic.yaml konfiguriert werden:

Keine Logik Parameter in den Metadaten beschrieben - Bitte in der README nachsehen (siehe Fußnote)

Plugin Functions

Das Plugin verfügt über folgende öffentliche Funktionen, die z.B. in Logiken aufgerufen werden können.

is_power_available(power, hours=2)

  • Ergebnistyp der Funktion: bool

power

  • Datentyp: int

  • Minimalwert: 0

hours

  • Datentyp: int

  • Standardwert: 2

  • Minimalwert: 1