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Modbus TCP + Fronius Wechselrichter + SmartMeter

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    #1

    Modbus TCP + Fronius Wechselrichter + SmartMeter

    Hallo zusammen,

    ich hoffe ich hab beim Suchen im Forum nichts übersehen. Bin aber bisher nicht fündig geworden.

    Ich hab einen Fronius Wechselrichter mit Energiezähler (Smart Meter). Diesen kann man über wie in https://knx-user-forum.de/forum/supp...on-modbus-tcp/ angegeben auslesen.

    Nur ist plage ich mich etwas damit das die Register teilweise einfach nicht die Daten liefern die sie laut Fronius Tabelle liefern sollten.

    Auch funktioniert das Auslesen der Werte vom Smartmeter nicht.

    Deswegen meine Frage:
    hat von euch vl. jemand eine Item Config File die er teilen könnte?

    Besten Dank
    Johannes
    Stichworte: -
    #2
    Ich hatte es mal, bin aber dann auf Homeassistant umgestiegen.
    Kannst du mal einen Ausschnitt deiner Items hier posten; inklusive der Wahl ob du float + int-sf oder rein int-so genommen hast; und um welchen Wechselrichter es sich handelt.

    Kommentar

      #3
      Und bitte mal eins der üblichen Verdächtigen prüfen:

      Registerangabe in irgendwelchen Dokus und tatsächlich zu verwendende Registeradresse in der Konfiguration ist SEHR häufig +-1.
      Bei der inzwischen oft verwendeten SUNSPEC Variante steht auch explizit, dass man z.B. das Register 40001 auf dem Bus mit 40000 ansprechen muss.

      Kommentar

        #4
        Das vermute ich auch. Daher auch die Frage nach dem Ausschnitt der Item-Konfiguration…

        Kommentar

          #5
          Hallo Sippe, danke für den Tipp, darauf hab ich aber schon geachtet und das sollte soweit passen. Wenn ich den Inverter auslese (Geräte ID 1) dann klappt eh alles. Inzwischen hab ich auch meine Fehler gefunden. Die da waren:
          * In den Items wurde die globale slave unit immer mit 1 überschrieben --> simpler copy&paste fehler den ich übersehen habe
          * Der Inverter sendet in der Nacht über den Modbus keine sinnvollen werte. Nichtmal die Netzfrequenz am AC Ausgang wird übermittelt. Am Tag passt alles.

          Ich werde jetzt mal die für mich wichtigsten Items mit den jeweiligen Registern erstellen und meine "energy.yaml" und die plugin.config dann hier für die Nachwelt posten.

          Kommentar

            #6
            Guten Abend

            ich hatte mal Fronius in der Kombination jedoch über die api

            ich kann mal schauen ob ich die config noch irgendwo habe
            Gruss Oliver

            Projektleiter Technische Gebäudeausrüstung

            Kommentar

              #7
              Moin zusammen,
              ich denke hier kann ich etwas helfen. Ich habe folgendes Setup

              + Fronius Gen24 10KW
              + Fronius Smartmeter
              + BYD 10kWh Batterie
              + Fronius Gens24 3kW -- hier nicht weiter betrachtet

              Auslesen tue ich das über Modbus TCP und auch per JSON. Alles im lokalen Netz.
              Ich unterscheide die Auslesegeschwindigkeiten, je nachdem was es für Informationen sind.

              Das BYD Plugin für die Batterie habe ich erst später eingebunden.

              plugin.yaml
              Code:
              %YAML 1.1
---

...

modbus_wr1_fast:
    plugin_name: modbus_tcp
    host: <ip vom wechselrichter>
    port: '502'
    webif_pagelength: 100
    instance: modbus_wr1_fast
    cycle: 30
    slaveUnit: 1

modbus_wr1_slow:
    plugin_name: modbus_tcp
    host: <ip vom wechselrichter>
    port: '502'
    webif_pagelength: 100
    instance: modbus_wr1_slow
    cycle: 60
    slaveUnit: 1


jsonread_wr1_device:
    plugin_name: jsonread
    url: http://<ip vom wechselrichter>/solar_api/v1/GetActiveDeviceInfo.cgi
    cycle: 43200
    instance: jsonread_wr1_device

jsonread_wr1_energy:
    plugin_name: jsonread
    url: http://<ip vom wechselrichter>/solar_api/v1/GetInverterRealtimeData.cgi
    cycle: 30
    instance: jsonread_wr1_energy

jsonread_wr1_powerflow:
    plugin_name: jsonread
    url: http://<ip vom wechselrichter>/solar_api/v1/GetPowerFlowRealtimeData.fcgi
    cycle: 30
    instance: jsonread_wr1_powerflow

jsonread_sm1:
    plugin_name: jsonread
    url: http://<ip vom wechselrichter>/solar_api/v1/GetMeterRealtimeData.cgi
    cycle: 30
    instance: jsonread_sm1

jsonread_batt1:
    plugin_name: jsonread
    url: http://<ip vom wechselrichter>/solar_api/v1/GetStorageRealtimeData.cgi
    cycle: 30
    instance: jsonread_batt1

byd_bat:
    plugin_name: byd_bat
    ip: <ip von der Batterie>
              Achtung bei Modbus habe ich mir notiert, dass hier immer die Adresse um 1 verringert werden muss. Und natürlich muss man den Faktor mit einrechnen, der ebenfalls über die Schnittstelle mit gesendet wird.

              items.yaml
              Code:
              %YAML 1.1
---
# Datentyp vom zu lesenden Register (bit, int16 uint16 int32 uint32 float32 string16 stringNN)
# + sunsf = signierter integer, 16 bit = int16
# ACHTUNG: Die Modbus Adresse ist immer um 1 zu reduzieren



R02:
    # ------------------------------------------------------------------------------------------------------------------------------------
    # R02.SM1 - SmartMeter
    # ------------------------------------------------------------------------------------------------------------------------------------
    SM1:
        # Das SmartMeter wird mit über WR1 ausgelesen und hat die Modbus Adresse 200
        # Daher ist diese hier immer mit aufgeführt.
        MODBUS_TCP:
            AC_CURRENT:
                name: AC_CURRENT [A], Summe aller AC Phasenströme
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40072 40072   1   R   0x03    A   AC Current                                      int16  A   A_SF    
                    type: num
                    name: AC_CURRENT [A], Summe aller AC Phasenströme
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40071
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_CURRENT_PHASE_A:
                name: AC_CURRENT_PHASE_A [A], AC-Strom L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40073 40073   1   R   0x03    AphA    Phase A Current                             int16  A   A_SF    
                    type: num
                    name: AC_PHASE_A_CURRENT [A], AC-Strom L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40072
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_CURRENT_PHASE_B:
                name: AC_CURRENT_PHASE_B [A], AC-Strom L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40074 40074   1   R   0x03    AphB    Phase B Current                             int16  A   A_SF    
                    type: num
                    name: AC_PHASE_B_CURRENT [A], AC-Strom L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40073
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_CURRENT_PHASE_C:
                name: AC_CURRENT_PHASE_C [A], AC-Strom L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40075 40075   1   R   0x03    AphC    Phase C Current                             int16  A   A_SF    
                    type: num
                    name: AC_PHASE_C_CURRENT [A], AC-Strom L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40074
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_CURRENT_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40076 40076   1   R   0x03    A_SF                                                sunssf  
                type: num
                name: AC_CURRENT_SF [], Scale Factor für AC_CURRENT, AC_PHASE_A_CURRENT, AC_PHASE_B_CURRENT, AC_PHASE_C_CURRENT
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40075
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
                modBusUnit@modbus_wr1_fast: '200'
                
                
            AC_VOLTAGE_PHASE_A_TO_N:
                name: AC_VOLTAGE_PHASE_A_TO_N [V], AC-Spannung L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40078 40078   1   R   0x03    PhVphA  Phase Voltage AN                            int16   V   V_SF 
                    type: num
                    name: AC_VOLTAGE_PHASE_A_TO_N [V], AC-Spannung L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40077
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_VOLTAGE_PHASE_B_TO_N:
                name: AC_VOLTAGE_PHASE_B_TO_N [V], AC-Spannung L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40079 40079   1   R   0x03    PhVphB  Phase Voltage BN                            int16   V   V_SF
                    type: num
                    name: AC_VOLTAGE_PHASE_B_TO_N [V], AC-Spannung L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40078
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_VOLTAGE_PHASE_C_TO_N:
                name: AC_VOLTAGE_PHASE_C_TO_N [V], AC-Spannung L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40080 40080   1   R   0x03    PhVphC  Phase Voltage CN                            int16   V   V_SF    
                    type: num
                    name: AC_VOLTAGE_PHASE_C_TO_N [V], AC-Spannung L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40079
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_VOLTAGE_PHASE_A_TO_B:
                name: AC_VOLTAGE_PHASE_A_TO_B [V], AC-Spannung L1..L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40082 40082   1   R   0x03    PhVphAB Phase Voltage AB                            int16   V   V_SF
                    type: num
                    name: AC_VOLTAGE_PHASE_A_TO_B [V], AC-Spannung L1..L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40081
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_VOLTAGE_PHASE_B_TO_C:
                name: AC_VOLTAGE_PHASE_B_TO_C [V], AC-Spannung L2..L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40083 40083   1   R   0x03    PhVphBC Phase Voltage BC                            int16   V   V_SF
                    type: num
                    name: AC_VOLTAGE_PHASE_B_TO_C [V], AC-Spannung L2..L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40082
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_VOLTAGE_PHASE_C_TO_A:
                name: AC_VOLTAGE_PHASE_C_TO_A [V], AC-Spannung L3..L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW
                  - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40084 40084   1   R   0x03    PhVphCA Phase Voltage CA                            int16   V   V_SF   
                    type: num
                    name: AC_VOLTAGE_PHASE_C_TO_A [V], AC-Spannung L3..L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40083
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_VOLTAGE_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40085	40085	1	R	0x03	V_SF	Voltage scale factor	                    sunssf
                type: num
                name: AC_VOLTAGE_SF [], Scale Factor für AC_VOLTAGE_PHASE_A_TO_N, AC_VOLTAGE_PHASE_B_TO_N, AC_VOLTAGE_PHASE_C_TO_N, AC_VOLTAGE_PHASE_A_TO_B, AC_VOLTAGE_PHASE_B_TO_C, AC_VOLTAGE_PHASE_C_TO_A
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40084
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
                modBusUnit@modbus_wr1_fast: '200'
            AC_FREQUENCY:
                name: AC_FREQUENCY [Hz], Mittlere Frequenz
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_FREQUENCY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_FREQUENCY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40086	40086	1	R	0x03	Hz	Frequency	                                    int16	Hz	Hz_SF
                    type: num
                    name: AC_FREQUENCY [A], Mittlere Frequenz
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40085
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_FREQUENCY_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40087	40087	1	R	0x03	Hz_SF	Frequency scale factor	                    sunssf			-2
                type: num
                name: AC_FREQUENCY_SF [], Scale Factor für AC_FREQUENCY
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40086
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
                modBusUnit@modbus_wr1_fast: '200'
            AC_POWER:
                name: AC_POWER [W], Gesamte Wirkleistung (P) am SmartMeter
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40088	40088	1	R	0x03	W	Total Real Power                            	int16	W	W_SF
                    type: num
                    name: AC_POWER [W], Gesamte Wirkleistung (P) am SmartMeter
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40087
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_POWER_PHASE_A:
                name: AC_POWER_PHASE_A [W], Wirkleistung (P) am SmartMeter L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40089	40089	1	R	0x03	WphA	Watts phase A	                            int16	W	W_SF
                    type: num
                    name: AC_POWER [W], Wirkleistung (P) am SmartMeter L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40088
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_POWER_PHASE_B:
                name: AC_POWER_PHASE_B [W], Wirkleistung (P) am SmartMeter L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40090	40090	1	R	0x03	WphB	Watts phase B                           	int16	W	W_SF
                    type: num
                    name: AC_POWER_PHASE_B [W], Wirkleistung (P) am SmartMeter L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40089
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_POWER_PHASE_C:
                name: AC_POWER_PHASE_C [W], Wirkleistung (P) am SmartMeter L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40091	40091	1	R	0x03	WphC	Watts phase C	                            int16	W	W_SF
                    type: num
                    name: AC_POWER_PHASE_C [W], Wirkleistung (P) am SmartMeter L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40090
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_POWER_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40092	40092	1	R	0x03	W_SF	Real Power scale factor	sunssf			    auto-scaled on W, WphA, WphB and WphC
                type: num
                name: AC_POWER_SF [], Scale Factor für AC_POWER, AC_POWER_PHASE_A, AC_POWER_PHASE_B, AC_POWER_PHASE_C
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40091
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
                modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_PRODUCED:
                name: AC_ENERGY_PRODUCED [Wh], Exportierte AC Energie ans Netz am SmartMeter
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40108	40109	2	R	0x03	TotWhExp	Total Real Energy Exported	            acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_PRODUCED [Wh], Exportierte AC Energie ans Netz am SmartMeter
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40107
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
                START_DAY_ENERGY:
                    name: AC_ENERGY_PRODUCED - START_DAY_ENERGY [kWh], Produzierte AC Energie um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: AC_ENERGY_PRODUCED - TODAY [kWh], Produzierte AC Energie heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED() / 1000) - sh.R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED.START_DAY_ENERGY())
                    eval_trigger: 
                      - R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED
            AC_ENERGY_PRODUCED_PHASE_A:
                name: AC_ENERGY_PRODUCED_PHASE_A [Wh], Exportierte AC Energie ans Netz am SmartMeter L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40110	40111	2	R	0x03	TotWhExpPhA	Total Watt-hours Exported phase A	    acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_PRODUCED_PHASE_A [Wh], Exportierte AC Energie ans Netz am SmartMeter L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40109
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_PRODUCED_PHASE_B:
                name: AC_ENERGY_PRODUCED_PHASE_B [Wh], Exportierte AC Energie ans Netz am SmartMeter L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40112	40113	2	R	0x03	TotWhExpPhB	Total Watt-hours Exported phase B	    acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_PRODUCED_PHASE_B [Wh], Exportierte AC Energie ans Netz am SmartMeter L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40111
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_PRODUCED_PHASE_C:
                name: AC_ENERGY_PRODUCED_PHASE_C [Wh], Exportierte AC Energie ans Netz am SmartMeter L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40114	40115	2	R	0x03	TotWhExpPhC	Total Watt-hours Exported phase C	    acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_PRODUCED_PHASE_C [Wh], Exportierte AC Energie ans Netz am SmartMeter L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40113
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_CONSUMED:
                name: AC_ENERGY_CONSUMED [Wh], Bezogene AC Energie vom Netz am SmartMeter
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40116	40117	2	R	0x03	TotWhImp	Total Real Energy Imported	            acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_CONSUMED [Wh], Bezogene AC Energie vom Netz am SmartMeter
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40115
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
                START_DAY_ENERGY:
                    name: AC_ENERGY_CONSUMED - START_DAY_ENERGY [kWh], Konsumierte AC Energie um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: AC_ENERGY_CONSUMED - TODAY [kWh], Konsumierte AC Energie heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED() / 1000) - sh.R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED.START_DAY_ENERGY())
                    eval_trigger: 
                      - R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED
            AC_ENERGY_CONSUMED_PHASE_A:
                name: AC_ENERGY_CONSUMED_PHASE_A [Wh], Bezogene AC Energie vom Netz am SmartMeter L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40118	40119	2	R	0x03	TotWhImpPhA	Total Watt-hours Imported phase A	       acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_CONSUMED_PHASE_A [Wh], Bezogene AC Energie vom Netz am SmartMeter L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40117
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_CONSUMED_PHASE_B:
                name: AC_ENERGY_CONSUMED_PHASE_B [Wh], Bezogene AC Energie vom Netz am SmartMeter L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40120	40121	2	R	0x03	TotWhImpPhB	Total Watt-hours Imported phase B	    acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_CONSUMED_PHASE_B [Wh], Bezogene AC Energie vom Netz am SmartMeter L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40119
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_CONSUMED_PHASE_C:
                name: AC_ENERGY_CONSUMED_PHASE_C [Wh], Bezogene AC Energie vom Netz am SmartMeter L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW 
                  - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40122	40123	2	R	0x03	TotWhImpPhC	Total Watt-hours Imported phase C	    acc32	Wh	TotWh_SF
                    type: num
                    name: AC_ENERGY_CONSUMED_PHASE_C [Wh], Bezogene AC Energie vom Netz am SmartMeter L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40121
                    modBusDataType@modbus_wr1_fast: uint32  
                    modBusFactor@modbus_wr1_fast: 1
                    modBusUnit@modbus_wr1_fast: '200'
            AC_ENERGY_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40124	40124	1	R	0x03	TotWh_SF	Real Energy scale factor	            sunssf		
                type: num
                name: AC_ENERGY_SF [], Scale Factor für AC_ENERGY_CONSUMED, AC_ENERGY_CONSUMED_PHASE_A, AC_ENERGY_CONSUMED_PHASE_B, AC_ENERGY_CONSUMED_PHASE_C, AC_ENERGY_PRODUCED, AC_ENERGY_PRODUCED_PHASE_A, AC_ENERGY_PRODUCED_PHASE_B, AC_ENERGY_PRODUCED_PHASE_C
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40123
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
                modBusUnit@modbus_wr1_fast: '200'
        SOLARAPI:
            AC_CURRENT:
                name: AC_CURRENT [A], Summe aller AC Phasenströme
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Sum'
            AC_CURRENT_PHASE_A:
                name: AC_CURRENT_PHASE_A [A], AC-Strom L1
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Phase_1'
            AC_CURRENT_PHASE_B:
                name: AC_CURRENT_PHASE_B [A], AC-Strom L2
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Phase_2'
            AC_CURRENT_PHASE_C:
                name: AC_CURRENT_PHASE_C [A], AC-Strom L3
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Phase_3'
            AC_ENERGY_REACTIVE_CONSUMED:
                name: AC_ENERGY_REACTIVE_CONSUMED [VAr], Konsumierte Blindleistung
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReactive_VArAC_Sum_Consumed'
            AC_ENERGY_REACTIVE_PRODUCED:
                name: AC_ENERGY_REACTIVE_PRODUCED [VAr], Produzierte Blindleistung
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReactive_VArAC_Sum_Produced'
            AC_ENERGY_MINUS:
                name: AC_ENERGY_MINUS [W], AC Energie negativ
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Minus_Absolute'
            AC_ENERGY_PLUS:
                name: AC_ENERGY_PLUS [W], AC Energie positiv
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Plus_Absolute'
            AC_ENERGY_CONSUMED:
                name: AC_ENERGY_CONSUMED [Wh], Konsumierte AC Leistung
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Sum_Consumed'
                START_DAY_ENERGY:
                    name: AC_ENERGY_CONSUMED - START_DAY_ENERGY [kWh], Konsumierte AC Energie um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: AC_ENERGY_CONSUMED - TODAY [kWh], Konsumierte AC Energie heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED() / 1000) - sh.R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED.START_DAY_ENERGY())
                    eval_trigger: 
                      - R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED
            AC_ENERGY_PRODUCED:
                name: AC_ENERGY_PRODUCED [Wh], Produzierte AC Leistung
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Sum_Produced'
                START_DAY_ENERGY:
                    name: AC_ENERGY_PRODUCED - START_DAY_ENERGY [kWh], Produzierte AC Energie um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: AC_ENERGY_PRODUCED - TODAY [kWh], Produzierte AC Energie heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED() / 1000) - sh.R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED.START_DAY_ENERGY())
                    eval_trigger: 
                      - R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED
            AC_FREQUENCY:
                name: AC_FREQUENCY [Hz], Durchschnittsfrequenz
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Frequency_Phase_Average'
            AC_POWER:
                name: AC_POWER [W], Wirkleistung (P) gesamt
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Sum'
            AC_POWER_PHASE_A:
                name: AC_POWER_PHASE_A [W], Wirkleistung (P) L1
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Phase_1'
            AC_POWER_PHASE_B:
                name: AC_POWER_PHASE_B [W], Wirkleistung (P) L2
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Phase_2'
            AC_POWER_PHASE_C:
                name: AC_POWER_PHASE_C [W], Wirkleistung (P) L3
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Phase_3'
            AC_POWER_APPARENT:
                name: AC_POWER_APPARENT [VA], Scheinleistung (S) gesamt
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Sum'
            AC_POWER_APPARENT_PHASE_A:
                name: AC_POWER_APPARENT_PHASE_A [VA], Scheinleistung (S) L1
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Phase_1'
            AC_POWER_APPARENT_PHASE_B:
                name: AC_POWER_APPARENT_PHASE_B [VA], Scheinleistung (S) L2
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Phase_2'
            AC_POWER_APPARENT_PHASE_C:
                name: AC_POWER_APPARENT_PHASE_C [VA], Scheinleistung (S) L3
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Phase_3'
            AC_POWER_REACTIVE:
                name: AC_POWER_REACTIVE [VAr], Blindleistung (Q) gesamt
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Sum'
            AC_POWER_REACTIVE_PHASE_A:
                name: AC_POWER_REACTIVE_PHASE_A [VAr], Blindleistung (Q) L1
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Phase_1'
            AC_POWER_REACTIVE_PHASE_B:
                name: AC_POWER_REACTIVE_PHASE_B [VAr], Blindleistung (Q) L2
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Phase_2'
            AC_POWER_REACTIVE_PHASE_C:
                name: AC_POWER_REACTIVE_PHASE_C [VAr], Blindleistung (Q) L3
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Phase_3'
            AC_POWER_FACTOR:
                name: AC_POWER_FACTOR [-1..1], Leistungsfaktor gesamt, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Sum'
            AC_POWER_FACTOR_PHASE_A:
                name: AC_POWER_FACTOR_PHASE_A [-1..1], Leistungsfaktor L1, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Phase_1'
            AC_POWER_FACTOR_PHASE_B:
                name: AC_POWER_FACTOR_PHASE_B [-1..1], Leistungsfaktor L2, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Phase_2'
            AC_POWER_FACTOR_PHASE_C:
                name: AC_POWER_FACTOR_PHASE_C [-1..1], Leistungsfaktor L3, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Phase_3'
            AC_VOLTAGE_PHASE_A_TO_N:
                name: AC_VOLTAGE_PHASE_A_TO_N [V], AC-Spannung L1
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_Phase_1'
            AC_VOLTAGE_PHASE_B_TO_N:
                name: AC_VOLTAGE_PHASE_B_TO_N [V], AC-Spannung L2
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_Phase_2'
            AC_VOLTAGE_PHASE_C_TO_N:
                name: AC_VOLTAGE_PHASE_C_TO_N [V], AC-Spannung L3
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_Phase_3'
            AC_VOLTAGE_PHASE_A_TO_B:
                name: AC_VOLTAGE_PHASE_A_TO_B [V], AC-Spannung L1..L2
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_PhaseToPhase_12'
            AC_VOLTAGE_PHASE_B_TO_C:
                name: AC_VOLTAGE_PHASE_B_TO_C [V], AC-Spannung L2..L3
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_PhaseToPhase_23'
            AC_VOLTAGE_PHASE_C_TO_A:
                name: AC_VOLTAGE_PHASE_C_TO_A [V], AC-Spannung L3..L1
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_PhaseToPhase_31'
            INFO_MANUFACTURER:
                name: INFO_MANUFACTURER [], Hersteller Name
                type: str
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Details.Manufacturer'
            INFO_MODEL:
                name: INFO_MODEL [], Modell Name
                type: str
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Details.Model'
            INFO_SERIEALNO:
                name: INFO_SERIEALNO [], Seriennummer
                type: str
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Body.Data."0".Details.Serial'
            INFO_CODE:
                name: INFO_CODE [], Code (normalerweise 0)
                type: num
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Head.Status.Code'
            INFO_REASON:
                name: INFO_REASON [], Grund
                type: str
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Head.Status.Reason'
            INFO_USER_MESSAGE:
                name: INFO_USER_MESSAGE [], Meldung
                type: str
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Head.Status.UserMessage'
            INFO_USER_TIMESTAMP:
                name: INFO_USER_TIMESTAMP [], Datum und Uhrzeit
                type: str
                cache: 'True'
                jsonread_filter@jsonread_sm1: '.Head.Timestamp'



R03:
    # ------------------------------------------------------------------------------------------------------------------------------------
    # R03.WR1 - 10kW
    # ------------------------------------------------------------------------------------------------------------------------------------
    WR1:
        MODBUS_TCP:
            AC_CURRENT:
                name: AC_CURRENT [A], Summe aller AC Phasenströme
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW 
                  - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40072 40072   1   R   0x03    A   AC Current                                      uint16  A   A_SF    
                    type: num
                    name: AC_CURRENT [A], Summe aller AC Phasenströme
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40071
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_CURRENT_PHASE_A:
                name: AC_CURRENT_PHASE_A [A], AC-Strom L1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW 
                  - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40073 40073   1   R   0x03    AphA    Phase A Current                             uint16  A   A_SF    
                    type: num
                    name: AC_PHASE_A_CURRENT [A], AC-Strom L1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40072
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_CURRENT_PHASE_B:
                name: AC_CURRENT_PHASE_B [A], AC-Strom L2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40074 40074   1   R   0x03    AphB    Phase B Current                             uint16  A   A_SF    
                    type: num
                    name: AC_PHASE_B_CURRENT [A], AC-Strom L2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40073
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_CURRENT_PHASE_C:
                name: AC_CURRENT_PHASE_C [A], AC-Strom L3
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40075 40075   1   R   0x03    AphC    Phase C Current                             uint16  A   A_SF    
                    type: num
                    name: AC_PHASE_C_CURRENT [A], AC-Strom L3
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40074
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_CURRENT_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40076 40076   1   R   0x03    A_SF                                                sunssf  
                type: num
                name: AC_CURRENT_SF [], Scale Factor für AC_CURRENT, AC_PHASE_A_CURRENT, AC_PHASE_B_CURRENT, AC_PHASE_C_CURRENT
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40075
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            AC_POWER:
                name: AC_POWER [W], AC-Ausgangsleistung
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_POWER_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40084 40084   1   R   0x03    W   AC Power                                        int16   W   W_SF
                    type: num
                    name: AC_POWER [W], AC-Ausgangsleistung
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40083
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_POWER_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40085 40085   1   R   0x03    W_SF        s                                       unssf
                type: num
                name: AC_POWER_SF [], Scale Factor für AC_POWER
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40084
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            AC_FREQUENCY:
                name: AC_FREQUENCY [Hz], AC-Frequenz
                type: num
                cache: 'True'
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_FREQUENCY_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_FREQUENCY_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40086 40086   1   R   0x03    Hz  Line Frequency                                  uint16  Hz  Hz_SF   
                    type: num
                    name: AC_FREQUENCY [Hz], AC-Frequenz
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40085
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_FREQUENCY_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40087 40087   1   R   0x03    Hz_SF                                               sunssf
                type: num
                name: AC_FREQUENCY_SF [], Scale Factor für AC_FREQUENCY
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40086
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            AC_POWER_APPARENT:
                name: AC_POWER_APPARENT [VA], Scheinleistung gesamt
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_POWER_APPARENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_POWER_APPARENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40088 40088   1   R   0x03    VA  AC Apparent Power                               int16   VA  VA_SF  
                    type: num
                    name: AC_POWER_APPARENT [VA], Scheinleistung gesamt
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40087
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_POWER_APPARENT_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40089 40089   1   R   0x03    VA_SF                                               sunssf
                type: num
                name: AC_POWER_APPARENT_SF [], Scale Factor für AC_POWER_APPARENT
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40088
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1            
            AC_POWER_REACTIVE:
                name: AC_POWER_REACTIVE [VAr], Blindleistung gesamt
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_POWER_REACTIVE_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_POWER_REACTIVE_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40090 40090   1   R   0x03    VAr AC Reactive Power                               int16   var VAr_SF  
                    type: num
                    name: AC_POWER_REACTIVE [VAr], Blindleistung gesamt
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40089
                    modBusDataType@modbus_wr1_fast: int16 
                    modBusFactor@modbus_wr1_fast: 1
            AC_POWER_REACTIVE_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40091 40091   1   R   0x03    VAr_SF                                              sunssf
                type: num
                name: AC_POWER_REACTIVE_SF [], Scale Factor für AC_POWER_REACTIVE
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40090
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1                
            AC_ENERGY:
                name: AC_ENERGY [Wh], Kummulierte AC Leistung
                type: num
                cache: 'True'
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_ENERGY_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.AC_ENERGY_SF
                START_DAY_ENERGY:
                    name: AC_ENERGY - START_DAY_ENERGY [kWh], Kummulierte AC Leistung um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R03.WR1.MODBUS_TCP.AC_ENERGY() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: AC_ENERGY - TODAY [kWh], Kummulierte AC Leistung heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R03.WR1.MODBUS_TCP.AC_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.AC_ENERGY.START_DAY_ENERGY())
                    eval_trigger: 
                      - R03.WR1.MODBUS_TCP.AC_ENERGY
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40094 40095   2   R   0x03    WH  AC Energy                                       acc32   Wh  WH_SF   
                    type: num
                    name: AC_ENERGY [Wh], Kummulierte AC Leistung
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40093
                    modBusDataType@modbus_wr1_fast: uint32 
                    modBusFactor@modbus_wr1_fast: 1
            AC_ENERGY_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40096 40096   1   R   0x03    WH_SF                                               sunssf
                type: num
                name: AC_ENERGY_SF [], Scale Factor für AC_ENERGY
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40095
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            DC_POWER:
                name: DC_POWER [W], Summer aller DC Leistungen
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.DC_POWER_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.DC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40101 40101   1   R   0x03    DCW DC Power                                        int16   W   DCW_SF  
                    type: num
                    name: DC_POWER [W], Summer aller DC Leistungen
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40100
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            DC_POWER_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40102 40102   1   R   0x03    DCW_SF                                              sunssf
                type: num
                name: DC_POWER_SF [], Scale Factor für DC_POWER
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40101
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            CAB_TEMPERATURE:
                name: CAB_TEMPERATURE [°C], Wechselrichter Innentemperatur
                type: num
                cache: 'True'
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.CAB_TEMPERATURE_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.CAB_TEMPERATURE_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40103 40103   1   R   0x03    TmpCab  Cabinet Temperature                         int16   C   Tmp_SF  
                    type: num
                    name: CAB_TEMPERATURE [°C], Wechselrichter Innentemperatur
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40102
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            CAB_TEMPERATURE_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40107 40107   1   R   0x03    Tmp_SF                                              sunssf
                type: num
                name: CAB_TEMPERATURE_SF [], Scale Factor für CAB_TEMPERATURE
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40106
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            OPERATING_STATUS:
                type: str
                name: Operating status als String (
                cache: 'True'
                eval: "sh..LOOKUP_DICT()[sh..RAW()]"
                eval_trigger: 
                  - init
                  - .RAW
                LOOKUP_DICT:
                    type: dict
                    #initial_value: "{ '0': 'Status unbekannt', '1': 'Wechselrichter ist aus', '2': 'Auto-Shutdown', '3': 'Wechselrichter startet', '4': 'Wechselrichter arbeitet normal', '5': 'Leistungsreduktion aktiv', '6': 'Wechselrichter schaltet ab', '7': 'Ein oder mehr Fehler existieren', '8': 'Standby' }"
                    initial_value: "{ 0: 'Status unbekannt', 1: 'Wechselrichter ist aus', 2: 'Auto-Shutdown', 3: 'Wechselrichter startet', 4: 'Wechselrichter arbeitet normal', 5: 'Leistungsreduktion aktiv', 6: 'Wechselrichter schaltet ab', 7: 'Ein oder mehr Fehler existieren', 8: 'Standby' }"
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40108 40108   1   R   0x03    St  Enumerated value.  Operating state              enum16
                    type: num
                    cache: 'True'
                    #database: init
                    name: OPERATING_STATE [enum], I_STATUS_OFF 1 Wechselrichter ist aus, I_STATUS_SLEEPING 2 Auto-Shutdown, I_STATUS_STARTING 3 Wechselrichter startet, I_STATUS_MPPT 4 Wechselrichter arbeitet normal, I_STATUS_THROTTLED 5 Leistungsreduktion aktiv, I_STATUS_SHUTTING_DOWN 6 Wechselrichter schaltet ab, I_STATUS_FAULT 7 Ein oder mehr Fehler existieren, I_STATUS_STANDBY 8 Standby
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40107
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            CUSTOMER_EVENTS:
                type: str
                name: Customer events als String (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
                cache: 'True'
                eval: "sh..LOOKUP_DICT()[sh..RAW()]"
                eval_trigger:
                  - init                
                  - .RAW
                LOOKUP_DICT:
                    type: dict
                    initial_value: "{ 0: 'Keine Meldungen', 1: 'ERROR anstehend', 2: 'WARNING anstehend', 3: 'ERROR und WARNING anstehend', 4: 'INFO anstehend', 5: 'ERROR und INFO anstehend', 6: 'WARNING und INFO anstehend', 7: 'ERROR, WARNING und INFO anstehend' }"
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40114 40115   2   R   0x03    EvtVnd1 Vendor defined events                       bitfield32          """Customer"" event severity level bitfield (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
                    type: num
                    name: CUSTOMER_EVENTS [bitfield], bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40113
                    modBusDataType@modbus_wr1_fast: uint32 
                    modBusFactor@modbus_wr1_fast: 1      
            TECHNICIAN_EVENTS:
                type: str
                name: Technician events als String (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
                cache: 'True'
                eval: "sh..LOOKUP_DICT()[sh..RAW()]"
                eval_trigger:
                  - init                
                  - .RAW
                LOOKUP_DICT:
                    type: dict
                    initial_value: "{ 0: 'Keine Meldungen', 1: 'ERROR anstehend', 2: 'WARNING anstehend', 3: 'ERROR und WARNING anstehend', 4: 'INFO anstehend', 5: 'ERROR und INFO anstehend', 6: 'WARNING und INFO anstehend', 7: 'ERROR, WARNING und INFO anstehend' }"
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40116 40117   2   R   0x03    EvtVnd2 Vendor defined events   bitfield32          """Technician"" event severity level bitfield (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
                    type: num
                    name: TECHNICIAN_EVENTS [bitfield], bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40115
                    modBusDataType@modbus_wr1_fast: uint32 
                    modBusFactor@modbus_wr1_fast: 1        
            AC_LIFETIME_ENERGY:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40187 40190   4   R   0x03    ActWh   AC lifetime active (real) energy output.    acc64   Wh      
                type: num
                name: AC_LIFETIME_ENERGY [Wh], Kummulierte AC Leistung, realer Energie Ausgang
                cache: 'True'
                eval: (sh..WORD2() + (sh..WORD1() * 65535))
                eval_trigger: 
                  - .WORD1 # high word
                  - .WORD2 # low word
                START_DAY_ENERGY:
                    name: AC_LIFETIME_ENERGY - START_DAY_ENERGY [kWh], Kummulierte AC Leistung, realer Energie Ausgang um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: AC_LIFETIME_ENERGY - TODAY [kWh], Kummulierte AC Leistung, realer Energie Ausgang heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY.START_DAY_ENERGY())
                    eval_trigger: 
                      - R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY
                WORD1:
                    type: num
                    name: LIFETIME_ENERGY_WORD1 (High WORD)
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40186
                    modBusDataType@modbus_wr1_fast: uint32
                    modBusFactor@modbus_wr1_fast: 1 
                WORD2:
                    type: num
                    name: LIFETIME_ENERGY_WORD2 (Low WORD)
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40188
                    modBusDataType@modbus_wr1_fast: uint32 
                    modBusFactor@modbus_wr1_fast: 1
            INSULATION_RESISTANCE:
                name: INSULATION_RESISTANCE [Ohm], Isolationswiderstand
                type: num
                cache: 'True'
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.INSULATION_RESISTANCE_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.INSULATION_RESISTANCE_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40226 40226   1   R   0x03    Ris Isolation resistance.                           uint16  ohms    Ris_SF  
                    type: num
                    name: INSULATION_RESISTANCE [Ohm], Isolationswiderstand
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40225
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            INSULATION_RESISTANCE_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40227 40227   1   R   0x03    Ris_SF  Scale factor for isolation resistance.      sunssf
                type: num
                name: INSULATION_RESISTANCE_SF [], Scale Factor für INSULATION_RESISTANCE
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40226
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            MPPx_DC_CURRENT_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40256 40256   1   R   0x03    DCA_SF  Current Scale Factor                        sunssf
                type: num
                name: MPPx_DC_CURRENT_SF [], Scale Factor für MPPx_DC_CURRENT
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40255
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            MPPx_DC_VOLTAGE_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40257 40257   1   R   0x03    DCV_SF  Voltage Scale Factor                        sunssf
                type: num
                name: MPPx_DC_VOLTAGE_SF [], Scale Factor für MPPx_DC_VOLTAGE
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40256
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            MPPx_DC_POWER_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40258 40258   1   R   0x03    DCW_SF  Power Scale Factor                          sunssf
                type: num
                name: MPPx_DC_POWER_SF [], Scale Factor für MPPx_DC_POWER
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40257
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            MPPx_DC_LIFETIME_ENERGY_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40259 40259   1   R   0x03    DCWH_SF Energy Scale Factor                         sunssf
                type: num
                name: MPPx_DC_LIFETIME_ENERGY_SF [], Scale Factor für MPPx_DC_LIFETIME_ENERGY
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40258
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
            MPP1_DC_CURRENT:
                name: MPP1_DC_CURRENT [A], DC-Strom PV1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40273 40273   1   R   0x03    module/1/DCA    DC Current                          uint16  A   DCA_SF
                    type: num
                    name: MPP1_DC_CURRENT [A], DC-Strom PV1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40272
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            MPP1_DC_VOLTAGE:
                name: MPP1_DC_VOLTAGE [V], DC-Spannung PV1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40274 40274   1   R   0x03    module/1/DCV    DC Voltage                          uint16  V   DCV_SF
                    type: num
                    name: MPP1_DC_VOLTAGE [V], DC-Spannung PV1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40273
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            MPP1_DC_POWER:
                name: MPP1_DC_POWER [W], DC-Leistung PV1
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40275 40275   1   R   0x03    module/1/DCW    DC Power                            uint16  W   DCW_SF
                    type: num
                    name: MPP1_DC_POWER [W], DC-Leistung PV1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40274
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            MPP1_DC_LIFETIME_ENERGY:
                name: MPP1_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV1
                type: num
                cache: 'True'
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF
                START_DAY_ENERGY:
                    name: MPP1_DC_LIFETIME_ENERGY - START_DAY_ENERGY [kWh], Kummulierte DC Energie PV1 um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: MPP1_DC_LIFETIME_ENERGY - TODAY [kWh], Kummulierte DC Energie PV1 heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY.START_DAY_ENERGY())
                    eval_trigger: 
                      - R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40276 40277   2   R   0x03    module/1/DCWH   Lifetime Energy                     acc32   Wh  DCWH_SF
                    type: num
                    name: MPP1_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV1
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40275
                    modBusDataType@modbus_wr1_fast: uint32 
                    modBusFactor@modbus_wr1_fast: 1 
            MPP2_DC_CURRENT:
                name: MPP2_DC_CURRENT [A], DC-Strom PV2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40293 40293   1   R   0x03    module/2/DCA    DC Current                          uint16  A   DCA_SF
                    type: num
                    name: MPP2_DC_CURRENT [A], DC-Strom PV2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40292
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            MPP2_DC_VOLTAGE:
                name: MPP2_DC_VOLTAGE [V], DC-Spannung PV2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40294 40294   1   R   0x03    module/2/DCV    DC Voltage                          uint16  V   DCV_SF
                    type: num
                    name: MPP2_DC_VOLTAGE [V], DC-Spannung PV2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40293
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            MPP2_DC_POWER:
                name: MPP2_DC_POWER [W], DC-Leistung PV2
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40295 40295   1   R   0x03    module/2/DCW    DC Power                            uint16  W   DCW_SF
                    type: num
                    name: MPP2_DC_POWER [W], DC-Leistung PV2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40294
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            MPP2_DC_LIFETIME_ENERGY:
                name: MPP2_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV2
                type: num
                cache: 'True'
                eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF()))
                eval_trigger: 
                  - .RAW
                  - R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF
                START_DAY_ENERGY:
                    name: MPP2_DC_LIFETIME_ENERGY - START_DAY_ENERGY [kWh], Kummulierte DC Energie PV2 um 0Uhr
                    type: num
                    cache: 'True'
                    #database: init
                    eval: (sh.R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY() / 1000)
                    eval_trigger: 
                      - .TIME_TRIGGER
                    TIME_TRIGGER:
                        type: num
                        crontab: '0 0 * * = 1'
                        enforce_updates: true
                ENERGY_TODAY:
                    name: MPP2_DC_LIFETIME_ENERGY - TODAY [kWh], Kummulierte DC Energie PV2 heute
                    type: num
                    cache: 'True'
                    eval: ((sh.R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY.START_DAY_ENERGY())
                    eval_trigger: 
                      - R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40296 40297   2   R   0x03    module/2/DCWH   Lifetime Energy                     acc32   Wh  DCWH_SF
                    type: num
                    name: MPP2_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV2
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40295
                    modBusDataType@modbus_wr1_fast: uint32 
                    modBusFactor@modbus_wr1_fast: 1 
        SOLARAPI:
            INFO_SERIEALNO:
                name: INFO_SERIEALNO [], Seriennummer
                type: str
                cache: 'True'
                jsonread_filter@jsonread_wr1_device: '.Body.Data.Inverter.Serial'
            INFO_USER_TIMESTAMP:
                name: INFO_USER_TIMESTAMP [], Datum und Uhrzeit
                type: str
                cache: 'True'
                jsonread_filter@jsonread_wr1_device: '.Head.Timestamp'
                
    # ------------------------------------------------------------------------------------------------------------------------------------
    # R03.BATT1 - 10kWh
    # ------------------------------------------------------------------------------------------------------------------------------------
    BATT1:
        BYD:
            struct: byd_bat.byd_struct
        MODBUS_TCP:
            CHARGING_PERCENTAGE:
                name: CHARGING_PERCENTAGE [%], Ladezustand der Batterie
                type: num
                cache: 'True'
                #database: init
                eval: (sh..RAW() * math.pow(10, sh.R03.BATT1.MODBUS_TCP.CHARGING_PERCENTAGE_SF()))
                eval_trigger: 
                  - .RAW 
                  - R03.BATT1.MODBUS_TCP.CHARGING_PERCENTAGE_SF
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40352 40352   1   R   0x03    ChaState    Currently available energy as a percent of the capacity rating. uint16  % AhrRtg    ChaState_SF   
                    type: num
                    name: AC_CURRENT [A], Summe aller AC Phasenströme
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40351
                    modBusDataType@modbus_wr1_fast: uint16 
                    modBusFactor@modbus_wr1_fast: 1
            CHARGING_STATUS:
                type: str
                name: Aktiver Zustand der Batterie als String.  (OFF, EMPTY, DISCHAGING, CHARGING, FULL, HOLDING, TESTING)
                cache: 'True'
                eval: "sh..LOOKUP_DICT()[sh..RAW()]"
                eval_trigger: 
                  - init
                  - .RAW
                LOOKUP_DICT:
                    type: dict
                    initial_value: "{ 0: 'Undefiniert', 1: 'Aus', 2: 'Leer', 3: 'Entladen', 4: 'Laden', 5: 'Voll', 6: 'Angehalten', 7: 'Test aktiv' }"
                RAW:
                    # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                    # -------------------------------------------------------------------------------------------------------------
                    # 40355 40355   1   R   0x03    ChaSt   Charge status of storage device.            enum16          1: OFF, 2: EMPTY, 3: DISCHAGING, 4: CHARGING, 5: FULL, 6: HOLDING, 7: TESTING
                    type: num
                    name: CHARGING_STATUS [enum], 1 -> OFF, 2 -> EMPTY, 3 -> DISCHAGING, 4 -> CHARGING, 5 -> FULL, 6 -> HOLDING, 7 -> TESTING
                    modBusObjectType@modbus_wr1_fast: HoldingRegister
                    modBusDirection@modbus_wr1_fast: read
                    modBusAddress@modbus_wr1_fast: 40354
                    modBusDataType@modbus_wr1_fast: uint16
                    modBusFactor@modbus_wr1_fast: 1              
            CHARGING_PERCENTAGE_SF:
                # Start End     Sz  R/W Func.   Description                                         Type    Unit    Scale
                # -------------------------------------------------------------------------------------------------------------
                # 40366 40366   1   R   0x03    ChaState_SF Scale factor for available energy percent.  sunssf
                type: num
                name: CHARGING_PERCENTAGE_SF [], Scale Factor für CHARGING_PERCENTAGE
                modBusObjectType@modbus_wr1_fast: HoldingRegister
                modBusDirection@modbus_wr1_fast: read
                modBusAddress@modbus_wr1_fast: 40365
                modBusDataType@modbus_wr1_fast: int16 
                modBusFactor@modbus_wr1_fast: 1
        SOLARAPI:
            DC_CURRENT:
                name: DC_CURRENT [A], Lade- / Entladestrom
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Current_DC'  
            DC_VOLTAGE:
                name: DC_VOLTAGE [V], Batteriespannung
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Voltage_DC' 
            CHARGING_PERCENTAGE:
                name: CHARGING_PERCENTAGE [%], Ladezustand der Batterie
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.StateOfCharge_Relative'    
            STATUS_BATTERYCELL:
                type: str
                name: STATUS_BATTERYCELL [], Status der Batterie als String (0 -> STANDBY, 1 -> INACTIVE, 2 -> DARKSTART, 3 -> ACTIVE, 4 -> FAULT, 5 -> UPDATING
                cache: 'True'
                eval: "sh..LOOKUP_DICT()[int(sh..RAW())]"
                eval_trigger: 
                  - init
                  - .RAW
                LOOKUP_DICT:
                    type: dict
                    initial_value: "{ 0: 'Standby', 1: 'Inaktiv', 2: 'Schwarzstart', 3: 'Aktiv', 4: 'Fehler', 5: 'Update' }"
                RAW:
                    name: STATUS_BATTERYCELL [], Status der Batterie (0 -> STANDBY, 1 -> INACTIVE, 2 -> DARKSTART, 3 -> ACTIVE, 4 -> FAULT, 5 -> UPDATING
                    type: num
                    cache: 'True'
                    #database: init
                    jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Status_BatteryCell' 
            TEMPERATURE:
                name: TEMPERATURE [°C], Batterietemperatur
                type: num
                cache: 'True'
                #database: init
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Temperature_Cell' 
            INFO_MANUFACTURER:
                name: INFO_MANUFACTURER [], Hersteller Name
                type: str
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Details.Manufacturer'
            INFO_MODEL:
                name: INFO_MODEL [], Modell Name
                type: str
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Details.Model'
            INFO_SERIEALNO:
                name: INFO_SERIEALNO [], Seriennummer
                type: str
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Body.Data."0".Controller.Details.Serial'
            INFO_CODE:
                name: INFO_CODE [], Code (normalerweise 0)
                type: num
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Head.Status.Code'
            INFO_REASON:
                name: INFO_REASON [], Grund
                type: str
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Head.Status.Reason'
            INFO_USER_MESSAGE:
                name: INFO_USER_MESSAGE [], Meldung
                type: str
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Head.Status.UserMessage'
            INFO_USER_TIMESTAMP:
                name: INFO_USER_TIMESTAMP [], Datum und Uhrzeit
                type: str
                cache: 'True'
                jsonread_filter@jsonread_batt1: '.Head.Timestamp'
              Ich hoffe es hilft einem.

              Kommentar

                #8
                Danke! Die Idee mit den zwei Geschwindigkeiten find ich toll!

                Für die Nachwelt:

                plugin.yaml
                Code:
                fronius:
    plugin_name: modbus_tcp
    host: 10.0.0.175
    port: 502
    cycle: 30
    slaveUnit: 240​
                energy.yaml
                Code:
                # energy.yaml

energy:
    grid:
        ac_active_energy_export_total:
            type: num
            value: '0'
            modBusAddress: 40129
            modBusUnit: '240'
            modBusDataType: float32
        ac_active_energy_import_total:
            type: num
            value: '0'
            modBusAddress: 40137
            modBusUnit: '240'
            modBusDataType: float32
        ac_power:
            type: num
            value: '0'
            modBusAddress: 40097
            modBusUnit: '240'
            modBusDataType: float32
            phase_A:
                type: num
                value: '0'
                modBusAddress: 40099
                modBusUnit: '240'
                modBusDataType: float32
            phase_B:
                type: num
                value: '0'
                modBusAddress: 40101
                modBusUnit: '240'
                modBusDataType: float32
            phase_C:
                type: num
                value: '0'
                modBusAddress: 40103
                modBusUnit: '240'
                modBusDataType: float32
            inverted:
                type: num  
                eval: -value
                eval_trigger: ..            
            to_grid:
                type: num  
                eval: -value if value<0 else 0
                eval_trigger: ..
            from_grid:
                type: num  
                eval: value if value>0 else 0
                eval_trigger: ..          
            surplus_1kw:
                type: bool
                eval: value < -1000
                eval_trigger: ..
            surplus_2kw:
                type: bool
                eval: value < -2000
                eval_trigger: ..
            surplus_3kw:
                type: bool
                eval: value < -3000
                eval_trigger: ..
            surplus_4kw:
                type: bool
                eval: value < -4000
                eval_trigger: ..
            surplus_5kw:
                type: bool
                eval: value < -5000
                eval_trigger: ..
            surplus_6kw:
                type: bool
                eval: value < -6000
                eval_trigger: ..
        ac_current:
            type: num
            value: '0'
            modBusAddress: 40071
            modBusUnit: '240'
            modBusDataType: float32        
            phase_A:
                type: num
                value: '0'
                modBusAddress: 40073
                modBusUnit: '240'
                modBusDataType: float32
            phase_B:
                type: num
                value: '0'
                modBusAddress: 40075
                modBusUnit: '240'
                modBusDataType: float32
            phase_C:
                type: num
                value: '0'
                modBusAddress: 40077
                modBusUnit: '240'
                modBusDataType: float32

    symo10:
        ac_current:
            type: num
            value: '0'
            modBusAddress: 40071
            modBusUnit: '1'
            modBusDataType: float32  
            phase_A:
                type: num
                value: '0'
                modBusAddress: 40073
                modBusUnit: '1'
                modBusDataType: float32    
            phase_B:
                type: num
                value: '0'
                modBusAddress: 40075
                modBusUnit: '1'
                modBusDataType: float32  
            phase_C:
                type: num
                value: '0'
                modBusAddress: 40077
                modBusUnit: '1'
                modBusDataType: float32  
        ac_power:
            type: num
            value: '0'
            modBusAddress: 40091
            modBusUnit: '1'
            modBusDataType: float32
            phase_A:
                type: num  
                eval: value/3
                eval_trigger: ..      
            phase_B:
                type: num
                value: '0'
                type: num  
                eval: value/3
                eval_trigger: ..  
            phase_C:
                type: num
                value: '0'
                type: num  
                eval: value/3
                eval_trigger: ..            
        ac_active_energy:
            type: num
            value: '0'
            modBusAddress: 40101
            modBusUnit: '1'
            modBusDataType: float32          
        dc_power:
            type: num
            value: '0'
            modBusAddress: 40107
            modBusUnit: '1'
            modBusDataType: float32
            mppt1:
                type: num  
                eval: sh..raw_value() * 10**(sh...factor())
                eval_trigger:
                  - .raw_value
                  - ..factor
                raw_value:
                    type: num
                    value: '0'
                    modBusAddress: 40284
                    modBusUnit: '1'
                    modBusDataType: uint16
            mppt2:
                type: num  
                eval: sh..raw_value() * 10**(sh...factor())
                eval_trigger:
                  - .raw_value
                  - ..factor
                raw_value:
                    type: num
                    value: '0'
                    modBusAddress: 40304
                    modBusUnit: '1'
                    modBusDataType: uint16
            factor:
                type: num
                value: '0'
                modBusAddress: 40267
                modBusUnit: '1'
                modBusDataType: int16          
    house:
        ac_power:
            type: num
            eval: sh....grid.ac_power() + sh....symo10.ac_power()
            eval_trigger:
              - ...grid.ac_power
              - ...symo10.ac_power
​

                Kommentar

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