(Part 1/3)
Hi to all,
I have been using the information of this topic by @havaak and the previous one by @tkuehne.
Although the Modbus Sunspec Bundle is now available, I will keep this setup for the while.
I made some modifications to fit my needs and composed it to the following set of files, which I want to share with you.
I am living in Germany, so the most labels are in German.
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I have a SolarEdge SE2200 inverter and a WattNode WNC-3Y-400-MB meter which is connected to the inverter via RS485 connection. The inverter is connected to the network via LAN.
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I commented out all values which I do not use or which are not available on my inverter/meter.
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I added a “scale all values”-rule trigger to prevent openhab from generating errors because of some NULL-values if you e.g. restart openHAB during the night where there is no change in the inverter values.
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The “scale all values”-rule gets triggered after system start of openHAB automatically.
modbusSolaredge.things
Bridge modbus:tcp:SolarEdgeConverter [ host="192.168.115.164", port=502, id=1, timeBetweenTransactionsMilli=60, timeBetweenReconnectMillis=0, connectMaxTries=3, reconnectAfterMillis=0, connectTimeoutMillis=5000 ] {
Bridge poller Registers [ start=69, length=50, refresh=5000, type="holding" ] {
Thing data C_SunSpec_DID [ readStart="69", readValueType="uint16" ] // 101 = single phase, 102 = split phase, 103 = three phase
Thing data C_SunSpec_Length [ readStart="70", readValueType="uint16" ] // 50 = Length of model block
Thing data I_AC_Current [ readStart="71", readValueType="uint16" ] // AC Total Current value
Thing data I_AC_CurrentA [ readStart="72", readValueType="uint16" ] // AC Phase A Current value
//Thing data I_AC_CurrentB [ readStart="73", readValueType="uint16" ] // AC Phase B Current value
//Thing data I_AC_CurrentC [ readStart="74", readValueType="uint16" ] // AC Phase C Current value
Thing data I_AC_Current_SF [ readStart="75", readValueType="int16" ] // AC Current scale factor
Thing data I_AC_VoltageAB [ readStart="76", readValueType="uint16" ] // AC Voltage Phase AB value
//Thing data I_AC_VoltageBC [ readStart="77", readValueType="uint16" ] // AC Voltage Phase BC value
//Thing data I_AC_VoltageCA [ readStart="78", readValueType="uint16" ] // AC Voltage Phase CA value
//Thing data I_AC_VoltageAN [ readStart="79", readValueType="uint16" ] // AC Voltage Phase A to N value
//Thing data I_AC_VoltageBN [ readStart="80", readValueType="uint16" ] // AC Voltage Phase B to N value
//Thing data I_AC_VoltageCN [ readStart="81", readValueType="uint16" ] // AC Voltage Phase C to N value
Thing data I_AC_Voltage_SF [ readStart="82", readValueType="int16" ] // AC Voltage scale factor
Thing data I_AC_Power [ readStart="83", readValueType="int16" ] // AC Power value
Thing data I_AC_Power_SF [ readStart="84", readValueType="int16" ] // AC Power scale factor
Thing data I_AC_Frequency [ readStart="85", readValueType="uint16" ] // AC Frequency value
Thing data I_AC_Frequency_SF [ readStart="86", readValueType="int16" ] // Scale factor
Thing data I_AC_VA [ readStart="87", readValueType="int16" ] // Apparent Power
Thing data I_AC_VA_SF [ readStart="88", readValueType="int16" ] // Scale factor
Thing data I_AC_VAR [ readStart="89", readValueType="int16" ] // Reactive Power
Thing data I_AC_VAR_SF [ readStart="90", readValueType="int16" ] // Scale factor
Thing data I_AC_PF [ readStart="91", readValueType="int16" ] // Power Factor
Thing data I_AC_PF_SF [ readStart="92", readValueType="int16" ] // Scale factor
Thing data I_AC_Energy_WH [ readStart="93", readValueType="uint32" ] // AC Lifetime Energy Production
Thing data I_AC_Energy_WH_SF [ readStart="95", readValueType="uint16" ] // Scale factor
Thing data I_DC_Current [ readStart="96", readValueType="uint16" ] // DC Current value
Thing data I_DC_Current_SF [ readStart="97", readValueType="int16" ] // Scale factor
Thing data I_DC_Voltage [ readStart="98", readValueType="uint16" ] // DC Voltage value
Thing data I_DC_Voltage_SF [ readStart="99", readValueType="int16" ] // Scale factor
Thing data I_DC_Power [ readStart="100", readValueType="int16" ] // DC Power value
Thing data I_DC_Power_SF [ readStart="101", readValueType="int16" ] // Scale factor
Thing data I_Temp_Sink [ readStart="103", readValueType="int16" ] // Heat sink temperature
Thing data I_Temp_SF [ readStart="106", readValueType="int16" ] // Scale factor
Thing data I_Status [ readStart="107", readValueType="uint16"] // Operating state
Thing data I_Status_Vendor [ readStart="108", readValueType="uint16"] // Vendor-defined operating state and error codes
}
Bridge poller RegistersMeter [ start=188, length=105, refresh=5000, type="holding" ] {
Thing data M_C_SunSpec_DID [ readStart="188", readValueType="uint16" ] //
Thing data M_C_SunSpec_Length [ readStart="189", readValueType="uint16" ] // 50 = Length of model block
Thing data M_AC_Current [ readStart="190", readValueType="int16" ] // AC Total Current value
Thing data M_AC_Current_A [ readStart="191", readValueType="int16" ] // AC L1 Current value
Thing data M_AC_Current_B [ readStart="192", readValueType="int16" ] // AC L2 Current value
Thing data M_AC_Current_C [ readStart="193", readValueType="int16" ] // AC L3 Current value
Thing data M_AC_Current_SF [ readStart="194", readValueType="int16" ] // AC Total Current scaling factor
Thing data M_AC_Voltage_LN [ readStart="195", readValueType="int16" ] // Line to Neutral AC Voltage (average of active phases)
Thing data M_AC_Voltage_AN [ readStart="196", readValueType="int16" ] // Phase A to Neutral AC Voltage
Thing data M_AC_Voltage_BN [ readStart="197", readValueType="int16" ] // Phase B to Neutral AC Voltage
Thing data M_AC_Voltage_CN [ readStart="198", readValueType="int16" ] // Phase C to Neutral AC Voltage
//Thing data M_AC_Voltage_LL [ readStart="199", readValueType="int16" ] // Line to Line AC Voltage (average of active phases)
//Thing data M_AC_Voltage_AB [ readStart="200", readValueType="int16" ] // Phase A to Phase B AC Voltage
//Thing data M_AC_Voltage_BC [ readStart="201", readValueType="int16" ] // Phase B to Phase C AC Voltage
//Thing data M_AC_Voltage_CA [ readStart="202", readValueType="int16" ] // Phase C to Phase A AC Voltage
Thing data M_AC_Voltage_SF [ readStart="203", readValueType="int16" ] // AC Voltage Scale Factor
Thing data M_AC_Freq [ readStart="204", readValueType="int16" ] // AC Frequency
Thing data M_AC_Freq_SF [ readStart="205", readValueType="int16" ] // AC Frequency Scale Factor
Thing data M_AC_Power [ readStart="206", readValueType="int16" ] // Total Real Power (sum of active phases)
Thing data M_AC_Power_A [ readStart="207", readValueType="int16" ] // Phase A AC Real Power
Thing data M_AC_Power_B [ readStart="208", readValueType="int16" ] // Phase B AC Real Power
Thing data M_AC_Power_C [ readStart="209", readValueType="int16" ] // Phase C AC Real Power
Thing data M_AC_Power_SF [ readStart="210", readValueType="int16" ] // AC Real Power Scale Factor
Thing data M_AC_VA [ readStart="211", readValueType="int16" ] // Total AC Apparent Power (sum of active phases)
Thing data M_AC_VA_A [ readStart="212", readValueType="int16" ] // Phase A AC Apparent Power
Thing data M_AC_VA_B [ readStart="213", readValueType="int16" ] // Phase B AC Apparent Power
Thing data M_AC_VA_C [ readStart="214", readValueType="int16" ] // Phase C AC Apparent Power
Thing data M_AC_VA_SF [ readStart="215", readValueType="int16" ] // AC Apparent Power Scale Factor
//Thing data M_AC_VAR [ readStart="216", readValueType="int16" ] // Total AC Reactive Power (sum of active phases)
//Thing data M_AC_VAR_A [ readStart="217", readValueType="int16" ] // Phase A AC Reactive Power
//Thing data M_AC_VAR_B [ readStart="218", readValueType="int16" ] // Phase B AC Reactive Power
//Thing data M_AC_VAR_C [ readStart="219", readValueType="int16" ] // Phase C AC Reactive Power
//Thing data M_AC_VAR_SF [ readStart="220", readValueType="int16" ] // AC Reactive Power Scale Factor
Thing data M_AC_PF [ readStart="221", readValueType="int16" ] // Average Power Factor (average of active phases)
Thing data M_AC_PF_A [ readStart="222", readValueType="int16" ] // Phase A Power Factor
Thing data M_AC_PF_B [ readStart="223", readValueType="int16" ] // Phase B Power Factor
Thing data M_AC_PF_C [ readStart="224", readValueType="int16" ] // Phase C Power Factor
Thing data M_AC_PF_SF [ readStart="225", readValueType="int16" ] // AC Power Factor Scale Factor
Thing data M_Exported [ readStart="226", readValueType="uint32" ] // Total Exported Real Energy
Thing data M_Exported_A [ readStart="228", readValueType="uint32" ] // Phase A Exported Real Energy
Thing data M_Exported_B [ readStart="230", readValueType="uint32" ] // Phase B Exported Real Energy
Thing data M_Exported_C [ readStart="232", readValueType="uint32" ] // Phase C Exported Real Energy
Thing data M_Imported [ readStart="234", readValueType="uint32" ] // Total Imported Real Energy
Thing data M_Imported_A [ readStart="236", readValueType="uint32" ] // Phase A Imported Real Energy
Thing data M_Imported_B [ readStart="238", readValueType="uint32" ] // Phase B Imported Real Energy
Thing data M_Imported_C [ readStart="240", readValueType="uint32" ] // Phase C Imported Real Energy
Thing data M_Energy_W_SF [ readStart="242", readValueType="int16" ] // Real Energy Scale Factor
//Thing data M_Exported_VA [ readStart="243", readValueType="uint32" ] // Total Exported Apparent Energy
//Thing data M_Exported_VA_A [ readStart="245", readValueType="uint32" ] // Phase A Exported Apparent Energy
//Thing data M_Exported_VA_B [ readStart="247", readValueType="uint32" ] // Phase B Exported Apparent Energy
//Thing data M_Exported_VA_C [ readStart="249", readValueType="uint32" ] // Phase C Exported Apparent Energy
//Thing data M_Imported_VA [ readStart="251", readValueType="uint32" ] // Total Imported Apparent Energy
//Thing data M_Imported_VA_A [ readStart="253", readValueType="uint32" ] // Phase A Imported Apparent Energy
//Thing data M_Imported_VA_B [ readStart="255", readValueType="uint32" ] // Phase B Imported Apparent Energy
//Thing data M_Imported_VA_C [ readStart="257", readValueType="uint32" ] // Phase C Imported Apparent Energy
//Thing data M_Energy_VA_SF [ readStart="259", readValueType="int16" ] // Apparent Energy Scale Factor
//Thing data M_Import_VARh_Q1 [ readStart="260", readValueType="uint32" ] // Quadrant 1: Total Imported Reactive Energy
//Thing data M_Import_VARh_Q1A [ readStart="262", readValueType="uint32" ] // Phase A - Quadrant 1: Imported Reactive Energy
//Thing data M_Import_VARh_Q1B [ readStart="264", readValueType="uint32" ] // Phase B - Quadrant 1: Imported Reactive Energy
//Thing data M_Import_VARh_Q1C [ readStart="266", readValueType="uint32" ] // Phase C - Quadrant 1: Imported Reactive Energy
//Thing data M_Import_VARh_Q2 [ readStart="268", readValueType="uint32" ] // Quadrant 2: Total Imported Reactive Energy
//Thing data M_Import_VARh_Q2A [ readStart="270", readValueType="uint32" ] // Phase A - Quadrant 2: Imported Reactive Energy
//Thing data M_Import_VARh_Q2B [ readStart="272", readValueType="uint32" ] // Phase B - Quadrant 2: Imported Reactive Energy
//Thing data M_Import_VARh_Q2C [ readStart="274", readValueType="uint32" ] // Phase C - Quadrant 2: Imported Reactive Energy
//Thing data M_Import_VARh_Q3 [ readStart="276", readValueType="uint32" ] // Quadrant 3: Total Exported Reactive Energy
//Thing data M_Import_VARh_Q3A [ readStart="278", readValueType="uint32" ] // Phase A - Quadrant 3: Exported Reactive Energy
//Thing data M_Import_VARh_Q3B [ readStart="280", readValueType="uint32" ] // Phase B - Quadrant 3: Exported Reactive Energy
//Thing data M_Import_VARh_Q3C [ readStart="282", readValueType="uint32" ] // Phase C - Quadrant 3: Exported Reactive Energy
//Thing data M_Import_VARh_Q4 [ readStart="284", readValueType="uint32" ] // Quadrant 4: Total Exported Reactive Energy
//Thing data M_Import_VARh_Q4A [ readStart="286", readValueType="uint32" ] // Phase A - Quadrant 4: Exported Reactive Energy
//Thing data M_Import_VARh_Q4B [ readStart="288", readValueType="uint32" ] // Phase B - Quadrant 4: Exported Reactive Energy
//Thing data M_Import_VARh_Q4C [ readStart="290", readValueType="uint32" ] // Phase C - Quadrant 4: Exported Reactive Energy
//Thing data M_Energy_VAR_SF [ readStart="292", readValueType="int16" ] // Reactive Energy Scale Factor
}
}solaredgeInverter.items
// ########## SolarEdge General Items ##########
Switch SE2K_ScaleAll "Alle SE2K-Skalierungsregeln ausführen" (gSE2K) {expire="10s,command=OFF"}
// ########## SolarEdge Wechselrichter Gruppen ##########
// SolarEdge Wechselrichter
Group gSE2KStat "Wechselrichter PV-Anlage (Status-Werte, nicht skalierbar)" (GF_Hwr)
Group gSE2KInt "Wechselrichter PV-Anlage (int-Werte, skalierbar)" (GF_Hwr)
Group gSE2KSfInt "Wechselrichter PV-Anlage Skalierungsfaktoren (int-Werte)" (GF_Hwr)
Group gSE2K "Wechselrichter PV-Anlage (float-Werte, skaliert)" (GF_Hwr)
// ########## ModBus Inverter Items (integer values) ##########
// PV WR ID / ModBus specific items
Number SE2K_C_SunSpec_DID_int "PV WR Typ [MAP(solaredgeInverterType.map):%s]" (gSE2KStat) {channel="modbus:data:SolarEdgeConverter:Registers:C_SunSpec_DID:number", autoupdate="false"}
Number SE2K_C_SunSpec_Length_int "PV WR Sunspec Datensatz Länge (int) [%d]" (gSE2KStat) {channel="modbus:data:SolarEdgeConverter:Registers:C_SunSpec_Length:number", autoupdate="false"}
// Current across all phases, Phases A,B,C and scaling factor
//Number SE2K_I_AC_Current_int "PV WR AC Strom gesamt (int) [%d A]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Current:number" }
Number SE2K_I_AC_CurrentA_int "PV WR AC Strom Ph.A (int) [%d A]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_CurrentA:number"}
//Number SE2K_I_AC_CurrentB_int "PV WR AC Strom Ph.B (int) [%d A]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_CurrentB:number" }
//Number SE2K_I_AC_CurrentC_int "PV WR AC Strom Ph.C (int) [%d A]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_CurrentC:number" }
Number SE2K_I_AC_Current_SF_int "PV WR AC Strom Ph.A SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Current_SF:number"}
// Voltage for Phases A,B,C and scaling factor
Number SE2K_I_AC_VoltageAB_int "PV WR AC Spannung AB (int) [%d V]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VoltageAB:number"}
//Number SE2K_I_AC_VoltageBC_int "PV WR AC Spannung BC (int) [%d V]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VoltageBC:number" }
//Number SE2K_I_AC_VoltageCA_int "PV WR AC Spannung CA (int) [%d V]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VoltageCA:number" }
//Number SE2K_I_AC_VoltageAN_int "PV WR AC Spannung AN (int) [%d V]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VoltageAN:number" }
//Number SE2K_I_AC_VoltageBN_int "PV WR AC Spannung BN (int) [%d V]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VoltageBN:number" }
//Number SE2K_I_AC_VoltageCN_int "PV WR AC Spannung CN (int) [%d V]" (gSE2Kint) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VoltageCN:number" }
Number SE2K_I_AC_Voltage_SF_int "PV WR AC Spannung SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Voltage_SF:number"}
// Real Power and SF
Number SE2K_I_AC_Power_int "PV WR AC Leistung (int) [%d W]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Power:number"}
Number SE2K_I_AC_Power_SF_int "PV WR AC Leistung SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Power_SF:number"}
// Frequency and SF
Number SE2K_I_AC_Frequency_int "PV WR AC Frequenz (int) [%d Hz]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Frequency:number"}
Number SE2K_I_AC_Frequency_SF_int "PV WR AC Frequenz SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Frequency_SF:number"}
// Apparent Power and SF
Number SE2K_I_AC_VA_int "PV WR AC Scheinleistung (int) [%d VA]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VA:number"}
Number SE2K_I_AC_VA_SF_int "PV WR AC Scheinleistung SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VA_SF:number"}
// Reactive Power and SF
Number SE2K_I_AC_VAR_int "PV WR AC Blindleistung (int) [%d var]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VAR:number"}
Number SE2K_I_AC_VAR_SF_int "PV WR AC Blindleistung SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_VAR_SF:number"}
// Power factor
Number SE2K_I_AC_PF_int "PV WR AC Leistungsfaktor (int) [%d %%]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_PF:number"}
Number SE2K_I_AC_PF_SF_int "PV WR AC Leistungsfaktor SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_PF_SF:number"}
// Lifetime generated energy (acc32-Value / 32-Bit-Wert - im Gegensatz zu allen anderen!)
Number SE2K_I_AC_Energy_WH_int "PV WR AC Erzeugungszaehler (int) [%d Wh]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Energy_WH:number"}
Number SE2K_I_AC_Energy_WH_SF_int "PV WR AC Erzeugungszaehler SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_AC_Energy_WH_SF:number"}
// DC side current
Number SE2K_I_DC_Current_int "PV WR DC Strom (int) [%d A]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_DC_Current:number"}
Number SE2K_I_DC_Current_SF_int "PV WR DC Strom SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_DC_Current_SF:number"}
// DC side voltage
Number SE2K_I_DC_Voltage_int "PV WR DC Spannung (int) [%d V]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_DC_Voltage:number"}
Number SE2K_I_DC_Voltage_SF_int "PV WR DC Spannung SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_DC_Voltage_SF:number"}
// DC side power
Number SE2K_I_DC_Power_int "PV WR DC Leistung (int) [%d W]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_DC_Power:number"}
Number SE2K_I_DC_Power_SF_int "PV WR DC Leistung SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_DC_Power_SF:number"}
// Temperature heat sink
Number SE2K_I_TempSink_int "PV WR Temperatur Kühlplatte (int) [%d °C]" (gSE2KInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_Temp_Sink:number"}
Number SE2K_I_TempSink_SF_int "PV WR Temperatur Kühlplatte SF (int) [%d]" (gSE2KSfInt) {channel="modbus:data:SolarEdgeConverter:Registers:I_Temp_SF:number"}
// Operating state
Number SE2K_I_Status_int "PV WR Status [MAP(solaredgeStatus.map):%s]" (gSE2KStat) {channel="modbus:data:SolarEdgeConverter:Registers:I_Status:number", autoupdate="false"}
Number SE2K_I_Status_Vendor_int "PV WR Status (SE-spezifisch) [%d]" (gSE2KStat) {channel="modbus:data:SolarEdgeConverter:Registers:I_Status_Vendor:number", autoupdate="false"}
// ########## ModBus Inverter Items (float values) ##########
// AC Current across all phases
Number:ElectricCurrent SE2K_I_AC_CurrentA "PV WR AC Strom gesamt [%.2f A]" <energy> (gSE2K)
// AC Voltage for all phases
Number:ElectricPotential SE2K_I_AC_VoltageAB "PV WR AC Spannung [%.2f V]" <energy> (gSE2K)
// AC Real power
Number:Power SE2K_I_AC_Power "PV WR AC Wirkleistung [%.2f W]" <energy> (gSE2K)
// AC Frequency
Number:Frequency SE2K_I_AC_Frequency "PV WR Netzfrequenz [%.3f Hz]" <line> (gSE2K)
// AC Apparent power
Number:Power SE2K_I_AC_VA "PV WR AC Scheinleistung [%.2f VA]" <energy> (gSE2K)
// AC Reactive power
Number:Power SE2K_I_AC_VAR "PV WR AC Blindleistung [%.2f var]" <energy> (gSE2K)
// AC Power factor
Number:Dimensionless SE2K_I_AC_PF "PV WR AC Leistungsfaktor [%.2f %%]" <line> (gSE2K)
// Lifetime generated energy
Number:Energy SE2K_I_AC_Energy_WH "PV WR AC Erzeugungszaehler [%.2f Wh]" <energy> (gSE2K)
// DC Current
Number:ElectricCurrent SE2K_I_DC_Current "PV WR DC Strom [%.2f A]" <energy> (gSE2K)
// DC Voltage
Number:ElectricPotential SE2K_I_DC_Voltage "PV WR DC Spannung [%.2f V]" <energy> (gSE2K)
// DC Power
Number:Power SE2K_I_DC_Power "PV WR DC Leistung [%.2f W]" <energy> (gSE2K)
// Temperature heat sink
Number:Temperature SE2K_I_TempSink "PV WR Temperatur Kühlplatte [%.2f °C]" <temperature> (gSE2K)
solaredgeMeter.items
// ########## SolarEdge General Items ##########
Switch SE2KM_ScaleAll "Alle SE2KM-Skalierungsregeln ausführen" (gSE2KM) {expire="10s,command=OFF"}
// ########## SolarEdge Meter Gruppen ##########
// SolarEdge Meter
Group gSE2KMStat "Meter PV-Anlage (Status-Werte, nicht skalierbar)" (GF_Hwr)
Group gSE2KMInt "Meter PV-Anlage (int-Werte, skalierbar)" (GF_Hwr)
Group gSE2KMSfInt "Meter PV-Anlage Skalierungsfaktoren (int-Werte)" (GF_Hwr)
Group gSE2KM "Meter PV-Anlage (float-Werte, skaliert)" (GF_Hwr)
Group gSE2KMMomentan "Meter PV-Anlage (Momentan-Leistungen)" (GF_Hwr)
// ########## ModBus Meter Items (integer values) ##########
// PV Meter ID / ModBus specific items
Number SE2K_M_C_SunSpec_DID_int "PV Meter Typ [MAP(solaredgeMeterType.map):%s]" (gSE2KMStat) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_C_SunSpec_DID:number", autoupdate="false"}
Number SE2K_M_C_SunSpec_Length_int "PV Meter Sunspec Datensatz Länge (int) [%d]" (gSE2KMStat) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_C_SunSpec_Length:number"}
// PV Meter Amps Across all phases, Phases A,B,C and scaling factor
Number SE2K_M_AC_Current_int "PV Meter AC Strom (Summe) (int) [%d A]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Current:number"}
Number SE2K_M_AC_Current_A_int "PV Meter AC Strom Phase A (int) [%d A]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Current_A:number"}
Number SE2K_M_AC_Current_B_int "PV Meter AC Strom Phase B (int) [%d A]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Current_B:number"}
Number SE2K_M_AC_Current_C_int "PV Meter AC Strom Phase C (int) [%d A]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Current_C:number"}
Number SE2K_M_AC_Current_SF_int "PV Meter AC Strom SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Current_SF:number"}
// PV Meter Voltage for Phases A,B,C and scaling factor
Number SE2K_M_AC_Voltage_LN_int "PV Meter Spannung LN (Avg.) (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_LN:number"}
Number SE2K_M_AC_Voltage_AN_int "PV Meter Spannung AN (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_AN:number"}
Number SE2K_M_AC_Voltage_BN_int "PV Meter Spannung BN (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_BN:number"}
Number SE2K_M_AC_Voltage_CN_int "PV Meter Spannung CN (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_CN:number"}
//Number SE2K_M_AC_Voltage_LL_int "PV Meter Spannung LL (Avg.) (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_LL:number" }
//Number SE2K_M_AC_Voltage_AB_int "PV Meter Spannung AB (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_AB:number" }
//Number SE2K_M_AC_Voltage_BC_int "PV Meter Spannung BC (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_BC:number" }
//Number SE2K_M_AC_Voltage_CA_int "PV Meter Spannung CA (int) [%d V]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_CA:number" }
Number SE2K_M_AC_Voltage_SF_int "PV Meter Spannung SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Voltage_SF:number"}
// PV Meter Frequency and SF
Number SE2K_M_AC_Freq_int "PV Meter Frequenz (int) [%d Hz]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Freq:number"}
Number SE2K_M_AC_Freq_SF_int "PV Meter Frequenz SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Freq_SF:number"}
// Real Power and SF
Number SE2K_M_AC_Power_int "PV Meter Wirkleistung (Summe) (int) [%d W]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Power:number"}
Number SE2K_M_AC_Power_A_int "PV Meter Wirkleistung Phase A (int) [%d W]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Power_A:number"}
Number SE2K_M_AC_Power_B_int "PV Meter Wirkleistung Phase B (int) [%d W]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Power_B:number"}
Number SE2K_M_AC_Power_C_int "PV Meter Wirkleistung Phase C (int) [%d W]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Power_C:number"}
Number SE2K_M_AC_Power_SF_int "PV Meter Wirkleistung SF [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_Power_SF:number"}
// Apparent Power and SF
Number SE2K_M_AC_VA_int "PV Meter Scheinleistung (Summe) (int) [%d VA]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VA:number"}
Number SE2K_M_AC_VA_A_int "PV Meter Scheinleistung Phase A (int) [%d VA]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VA_A:number"}
Number SE2K_M_AC_VA_B_int "PV Meter Scheinleistung Phase B (int) [%d VA]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VA_B:number"}
Number SE2K_M_AC_VA_C_int "PV Meter Scheinleistung Phase C (int) [%d VA]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VA_C:number"}
Number SE2K_M_AC_VA_SF_int "PV Meter Scheinleistung SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VA_SF:number"}
// Reactive Power and SF
//Number SE2K_M_AC_VAR_int "PV Meter Blindleistung (Summe) (int) [%d var]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VAR:number" }
//Number SE2K_M_AC_VAR_A_int "PV Meter Blindleistung Phase A (int) [%d var]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VAR_A:number" }
//Number SE2K_M_AC_VAR_B_int "PV Meter Blindleistung Phase B (int) [%d var]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VAR_B:number" }
//Number SE2K_M_AC_VAR_C_int "PV Meter Blindleistung Phase C (int) [%d var]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VAR_C:number" }
//Number SE2K_M_AC_VAR_SF_int "PV Meter Blindleistung SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_VAR_SF:number" }
// Power factor
Number SE2K_M_AC_PF_int "PV Meter Leistungsfaktor (Avg.) (int) [%d %%]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_PF:number"}
Number SE2K_M_AC_PF_A_int "PV Meter Leistungsfaktor Phase A (int) [%d %%]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_PF_A:number"}
Number SE2K_M_AC_PF_B_int "PV Meter Leistungsfaktor Phase B (int) [%d %%]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_PF_B:number"}
Number SE2K_M_AC_PF_C_int "PV Meter Leistungsfaktor Phase C (int) [%d %%]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_PF_C:number"}
Number SE2K_M_AC_PF_SF_int "PV Meter Leistungsfaktor SF (int) [%d %%]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_AC_PF_SF:number"}
// Accumulated Energy (Real Energy)
Number SE2K_M_Exported_int "PV Meter Einspeisezähler Wirkenergie (Summe) (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported:number"}
Number SE2K_M_Exported_A_int "PV Meter Einspeisezähler Wirkenergie Phase A (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_A:number"}
Number SE2K_M_Exported_B_int "PV Meter Einspeisezähler Wirkenergie Phase B (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_B:number"}
Number SE2K_M_Exported_C_int "PV Meter Einspeisezähler Wirkenergie Phase C (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_C:number"}
Number SE2K_M_Imported_int "PV Meter Bezugszähler Wirkenergie (Summe) (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported:number"}
Number SE2K_M_Imported_A_int "PV Meter Bezugszähler Wirkenergie Phase A (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_A:number"}
Number SE2K_M_Imported_B_int "PV Meter Bezugszähler Wirkenergie Phase B (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_B:number"}
Number SE2K_M_Imported_C_int "PV Meter Bezugszähler Wirkenergie Phase C (int) [%d Wh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_C:number"}
Number SE2K_M_Energy_W_SF_int "PV Meter Zähler Wirkenergie SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Energy_W_SF:number"}
// Accumulated Energy (Apparent Energy)
//Number SE2K_M_Exported_VA_int "PV Meter Einspeisezähler Scheinenergie (Summe) (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_VA:number" }
//Number SE2K_M_Exported_VA_A_int "PV Meter Einspeisezähler Scheinenergie Phase A (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_VA_A:number" }
//Number SE2K_M_Exported_VA_B_int "PV Meter Einspeisezähler Scheinenergie Phase B (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_VA_B:number" }
//Number SE2K_M_Exported_VA_C_int "PV Meter Einspeisezähler Scheinenergie Phase C (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Exported_VA_C:number" }
//Number SE2K_M_Imported_VA_int "PV Meter Bezugszähler Scheinenergie (Summe) (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_VA:number" }
//Number SE2K_M_Imported_VA_A_int "PV Meter Bezugszähler Scheinenergie Phase A (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_VA_A:number" }
//Number SE2K_M_Imported_VA_B_int "PV Meter Bezugszähler Scheinenergie Phase B (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_VA_B:number" }
//Number SE2K_M_Imported_VA_C_int "PV Meter Bezugszähler Scheinenergie Phase C (int) [%d VAh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Imported_VA_C:number" }
//Number SE2K_M_Energy_VA_SF_int "PV Meter Zähler Scheinenergie SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Energy_VA_SF:number" }
// Accumulated Energy (Reactive Energy)
//Number SE2K_M_Import_VARh_Q1_int "PV Meter Bezugszähler Blindenergie Q1 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q1:number" }
//Number SE2K_M_Import_VARh_Q1A_int "PV Meter Bezugszähler Blindenergie Ph. A Q1 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q1A:number" }
//Number SE2K_M_Import_VARh_Q1B_int "PV Meter Bezugszähler Blindenergie Ph. B Q1 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q1B:number" }
//Number SE2K_M_Import_VARh_Q1C_int "PV Meter Bezugszähler Blindenergie Ph. C Q1 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q1C:number" }
//Number SE2K_M_Import_VARh_Q2_int "PV Meter Bezugszähler Blindenergie Q2 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q2:number" }
//Number SE2K_M_Import_VARh_Q2A_int "PV Meter Bezugszähler Blindenergie Ph. A Q2 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q2A:number" }
//Number SE2K_M_Import_VARh_Q2B_int "PV Meter Bezugszähler Blindenergie Ph. B Q2 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q2B:number" }
//Number SE2K_M_Import_VARh_Q2C_int "PV Meter Bezugszähler Blindenergie Ph. C Q2 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q2C:number" }
//Number SE2K_M_Import_VARh_Q3_int "PV Meter Bezugszähler Blindenergie Q3 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q3:number" }
//Number SE2K_M_Import_VARh_Q3A_int "PV Meter Bezugszähler Blindenergie Ph. A Q3 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q3A:number" }
//Number SE2K_M_Import_VARh_Q3B_int "PV Meter Bezugszähler Blindenergie Ph. B Q3 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q3B:number" }
//Number SE2K_M_Import_VARh_Q3C_int "PV Meter Bezugszähler Blindenergie Ph. C Q3 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q3C:number" }
//Number SE2K_M_Import_VARh_Q4_int "PV Meter Bezugszähler Blindenergie Q4 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q4:number" }
//Number SE2K_M_Import_VARh_Q4A_int "PV Meter Bezugszähler Blindenergie Ph. A Q4 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q4A:number" }
//Number SE2K_M_Import_VARh_Q4B_int "PV Meter Bezugszähler Blindenergie Ph. B Q4 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q4B:number" }
//Number SE2K_M_Import_VARh_Q4C_int "PV Meter Bezugszähler Blindenergie Ph. C Q4 (Summe) (int) [%d VARh]" (gSE2KMInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Import_VARh_Q4C:number" }
//Number SE2K_M_Energy_VAR_SF_int "PV Meter Zähler Blindenergie SF (int) [%d]" (gSE2KMSfInt) {channel="modbus:data:SolarEdgeConverter:RegistersMeter:M_Energy_VAR_SF:number" }
// PV Meter Events
Number SE2K_M_Events_int "PV Meter Events [%h]" (gSE2KMStat) {channel="modbus:data:SolarEdgeConverter:Registers:M_Events:number"}
// ########## ModBus Meter Items (float values) ##########
// PV Meter Amps Across all phases, Phases A,B,C and scaling factor
Number:ElectricCurrent SE2K_M_AC_Current "PV Meter AC Strom (Summe) [%.2f A]" <energy> (gSE2KM)
Number:ElectricCurrent SE2K_M_AC_Current_A "PV Meter AC Strom Phase A [%.2f A]" <energy> (gSE2KM)
Number:ElectricCurrent SE2K_M_AC_Current_B "PV Meter AC Strom Phase B [%.2f A]" <energy> (gSE2KM)
Number:ElectricCurrent SE2K_M_AC_Current_C "PV Meter AC Strom Phase C [%.2f A]" <energy> (gSE2KM)
// PV Amps calculated from Power and Voltage
Number:ElectricCurrent SE2K_M_AC_Current_calc "PV Meter AC Strom (Summe, berechnet) [%.2f A]" <energy> (gSE2KM)
Number:ElectricCurrent SE2K_M_AC_Current_A_calc "PV Meter AC Strom Phase A (berechnet) [%.2f A]" <energy> (gSE2KM)
Number:ElectricCurrent SE2K_M_AC_Current_B_calc "PV Meter AC Strom Phase B (berechnet) [%.2f A]" <energy> (gSE2KM)
Number:ElectricCurrent SE2K_M_AC_Current_C_calc "PV Meter AC Strom Phase C (berechnet) [%.2f A]" <energy> (gSE2KM)
// PV Meter Voltage for Phases A,B,C and scaling factor
Number:ElectricPotential SE2K_M_AC_Voltage_LN "PV Meter Spannung LN (Avg.) [%.2f V]" <energy> (gSE2KM)
Number:ElectricPotential SE2K_M_AC_Voltage_AN "PV Meter Spannung AN [%.2f V]" <energy> (gSE2KM)
Number:ElectricPotential SE2K_M_AC_Voltage_BN "PV Meter Spannung BN [%.2f V]" <energy> (gSE2KM)
Number:ElectricPotential SE2K_M_AC_Voltage_CN "PV Meter Spannung CN [%.2f V]" <energy> (gSE2KM)
//Number:ElectricPotential SE2K_M_AC_Voltage_LL "PV Meter Spannung LL (Avg.) [%.2f V]" <energy> (gSE2KM)
//Number:ElectricPotential SE2K_M_AC_Voltage_AB "PV Meter Spannung AB [%.2f V]" <energy> (gSE2KM)
//Number:ElectricPotential SE2K_M_AC_Voltage_BC "PV Meter Spannung BC [%.2f V]" <energy> (gSE2KM)
//Number:ElectricPotential SE2K_M_AC_Voltage_CA "PV Meter Spannung CA [%.2f V]" <energy> (gSE2KM)
// PV Meter Frequency and SF
Number:Frequency SE2K_M_AC_Freq "PV Meter Frequenz [%.3f Hz]" <line> (gSE2KM)
// Real Power and SF
Number:Power SE2K_M_AC_Power "PV Meter Wirkleistung (Summe) [%.2f W]" <energy> (gSE2KM)
Number:Power SE2K_M_AC_Power_A "PV Meter Wirkleistung Phase A [%.2f W]" <energy> (gSE2KM)
Number:Power SE2K_M_AC_Power_B "PV Meter Wirkleistung Phase B [%.2f W]" <energy> (gSE2KM)
Number:Power SE2K_M_AC_Power_C "PV Meter Wirkleistung Phase C [%.2f W]" <energy> (gSE2KM)
// Apparent Power and SF
Number:Power SE2K_M_AC_VA "PV Meter Scheinleistung (Summe) [%.2f VA]" <energy> (gSE2KM)
Number:Power SE2K_M_AC_VA_A "PV Meter Scheinleistung Phase A [%.2f VA]" <energy> (gSE2KM)
Number:Power SE2K_M_AC_VA_B "PV Meter Scheinleistung Phase B [%.2f VA]" <energy> (gSE2KM)
Number:Power SE2K_M_AC_VA_C "PV Meter Scheinleistung Phase C [%.2f VA]" <energy> (gSE2KM)
// Reactive Power and SF
//Number:Power SE2K_M_AC_VAR "PV Meter Blindleistung (Summe) [%.2f var]" <energy> (gSE2KM)
//Number:Power SE2K_M_AC_VAR_A "PV Meter Blindleistung Phase A [%.2f var]" <energy> (gSE2KM)
//Number:Power SE2K_M_AC_VAR_B "PV Meter Blindleistung Phase B [%.2f var]" <energy> (gSE2KM)
//Number:Power SE2K_M_AC_VAR_C "PV Meter Blindleistung Phase C [%.2f var]" <energy> (gSE2KM)
// Power factor
Number:Dimensionless SE2K_M_AC_PF "PV Meter Leistungsfaktor (Avg.) [%.2f %%]" <line> (gSE2KM)
Number:Dimensionless SE2K_M_AC_PF_A "PV Meter Leistungsfaktor Phase A [%.2f %%]" <line> (gSE2KM)
Number:Dimensionless SE2K_M_AC_PF_B "PV Meter Leistungsfaktor Phase B [%.2f %%]" <line> (gSE2KM)
Number:Dimensionless SE2K_M_AC_PF_C "PV Meter Leistungsfaktor Phase C [%.2f %%]" <line> (gSE2KM)
// Accumulated Energy (Real Energy)
Number:Energy SE2K_M_Exported "PV Meter Einspeisezähler Wirkenergie (Summe) [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Exported_A "PV Meter Einspeisezähler Wirkenergie Phase A [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Exported_B "PV Meter Einspeisezähler Wirkenergie Phase B [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Exported_C "PV Meter Einspeisezähler Wirkenergie Phase C [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Imported "PV Meter Bezugszähler Wirkenergie (Summe) [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Imported_A "PV Meter Bezugszähler Wirkenergie Phase A [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Imported_B "PV Meter Bezugszähler Wirkenergie Phase B [%.2f Wh]" <energy> (gSE2KM)
Number:Energy SE2K_M_Imported_C "PV Meter Bezugszähler Wirkenergie Phase C [%.2f Wh]" <energy> (gSE2KM)
// Accumulated Energy (Apparent Energy)
//Number:Energy SE2K_M_Exported_VA "PV Meter Einspeisezähler Scheinenergie (Summe) [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Exported_VA_A "PV Meter Einspeisezähler Scheinenergie Phase A [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Exported_VA_B "PV Meter Einspeisezähler Scheinenergie Phase B [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Exported_VA_C "PV Meter Einspeisezähler Scheinenergie Phase C [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Imported_VA "PV Meter Bezugszähler Scheinenergie (Summe) [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Imported_VA_A "PV Meter Bezugszähler Scheinenergie Phase A [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Imported_VA_B "PV Meter Bezugszähler Scheinenergie Phase B [%.2f VAh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Imported_VA_C "PV Meter Bezugszähler Scheinenergie Phase C [%.2f VAh]" <energy> (gSE2KM)
// Accumulated Energy (Reactive Energy)
//Number:Energy SE2K_M_Import_VARh_Q1 "PV Meter Bezugszähler Blindenergie Q1 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q1A "PV Meter Bezugszähler Blindenergie Ph. A Q1 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q1B "PV Meter Bezugszähler Blindenergie Ph. B Q1 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q1C "PV Meter Bezugszähler Blindenergie Ph. C Q1 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q2 "PV Meter Bezugszähler Blindenergie Q2 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q2A "PV Meter Bezugszähler Blindenergie Ph. A Q2 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q2B "PV Meter Bezugszähler Blindenergie Ph. B Q2 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q2C "PV Meter Bezugszähler Blindenergie Ph. C Q2 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q3 "PV Meter Bezugszähler Blindenergie Q3 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q3A "PV Meter Bezugszähler Blindenergie Ph. A Q3 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q3B "PV Meter Bezugszähler Blindenergie Ph. B Q3 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q3C "PV Meter Bezugszähler Blindenergie Ph. C Q3 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q4 "PV Meter Bezugszähler Blindenergie Q4 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q4A "PV Meter Bezugszähler Blindenergie Ph. A Q4 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q4B "PV Meter Bezugszähler Blindenergie Ph. B Q4 (Summe) [%.2f VARh]" <energy> (gSE2KM)
//Number:Energy SE2K_M_Import_VARh_Q4C "PV Meter Bezugszähler Blindenergie Ph. C Q4 (Summe) [%.2f VARh]" <energy> (gSE2KM)
// Other calculated Items
Number:Power SE2KM_EigenverbrauchGesamt "Eigenverbrauch Gesamt [%.2f Wh]" <energy> (gSE2KM)
Number:Power SE2KM_GesamtverbrauchGesamt "Gesamtverbrauch Gesamt [%.2f Wh]" <energy> (gSE2KM)
Number:Dimensionless SE2KM_SolarerDeckungsgradGesamt "SolarerDeckungsgrad Gesamt [%.2f %%]" <line> (gSE2KM)
Number:Power SE2KM_DirektverbrauchMomentan "Direktverbrauch Momentan [%.2f W]" <energy> (gSE2KM,gSE2KMMomentan)
Number:Power SE2KM_HausverbrauchMomentan "Hausverbrauch Momentan [%.2f W]" <energy> (gSE2KM,gSE2KMMomentan)
Number:Power SE2KM_NetzleistungMomentan "Netzleistung Momentan [%.2f W]" <energy> (gSE2KM,gSE2KMMomentan)