let HTML=""; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+=" "; HTML+="

" + getState("fronius.0.inverter.1.StatusCodeString").val + "	*Spannung DC*	*Strom DC*	*Leistung DC*
*OST (1x8 = 2640 W)* (Soll: 271,84V)	" + Math.round(getState("fronius.0.inverter.1.UDC_2").val * 1000)/ 1000 + " V	" + Math.round(getState("fronius.0.inverter.1.IDC_2").val * 1000) / 1000 + " A	" + getState("javascript.0.Vis.Fronius_berechnen.DC_Leistung_OST").val + " W
*WEST (2x11 = 7260 W)* (Soll: 747,56V / 2)	" + Math.round(getState("fronius.0.inverter.1.UDC").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.inverter.1.IDC").val * 1000) / 1000 + " A	" + getState("javascript.0.Vis.Fronius_berechnen.DC_Leistung_WEST").val + " W
*Frequenz WR*	" + Math.round(getState("fronius.0.inverter.1.FAC").val * 1000) / 1000 + " Hz
*Σ DC Leistung*	" + getState("javascript.0.Vis.Fronius_berechnen.DC_Gesamtleistung").val + " W
*AC Leistung*	" + Math.round(getState("fronius.0.inverter.1.PAC").val * 1000) /1000 + " W
*Last Haus*	" + Math.round(getState("fronius.0.powerflow.P_Load").val * 1000) / 1000 + " W
*Σ Erzeugung*	" + getState("sourceanalytix.0.fronius__0__inverter__1__PAC.currentYear.delivered.01_currentDay").val + " kW/h
*DC <-> Speicher*	" + Math.round(getState("fronius.0.powerflow.P_Akku").val * 1000) / 1000 + " W
*Speicher Füllstand*	" + Math.round(getState("fronius.0.powerflow.inverter1.SOC").val * 1000) / 1000 + " %

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	*AC 1-Phasig*	*AC 3-Phasig*	*AC Strom*	*AC Leistung*
AC-L1 AC L1-L2	" + Math.round(getState("fronius.0.meter.0.Voltage_AC_Phase_1").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.meter.0.Voltage_AC_PhaseToPhase_12").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.meter.0.Current_AC_Phase_1").val * 1000) / 1000 + " A	" + Math.round(getState("fronius.0.meter.0.PowerReal_P_Phase_1").val * 1000) / 1000 + " W
AC-L2 AC L2-L3	" + Math.round(getState("fronius.0.meter.0.Voltage_AC_Phase_2").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.meter.0.Voltage_AC_PhaseToPhase_23").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.meter.0.Current_AC_Phase_2").val * 1000) / 1000 + " A	" + Math.round(getState("fronius.0.meter.0.PowerReal_P_Phase_2").val * 1000) / 1000 + " W
AC-L3 AC L3-L1	" + Math.round(getState("fronius.0.meter.0.Voltage_AC_Phase_3").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.meter.0.Voltage_AC_PhaseToPhase_31").val * 1000) / 1000 + " V	" + Math.round(getState("fronius.0.meter.0.Current_AC_Phase_3").val * 1000) / 1000 + " A	" + Math.round(getState("fronius.0.meter.0.PowerReal_P_Phase_3").val * 1000) / 1000 + " W
*Frequenz Netz*	" + Math.round(getState("fronius.0.meter.0.Frequency_Phase_Average").val * 1000) / 1000 + " Hz
*Discovergy* Bezug Σ	" + getState("discovergy.0.MeineDISCOVERGYZählerNr.Power_Consumption").val / 1000 + " kwh
*Discovergy* Einspeisung Σ	" + getState("discovergy.0.MeineDISCOVERGYZählerNr.Power_Delivery").val / 1000 + " kwh
Rest bis 70%	" + Math.ceil(getState("discovergy.0.MeineDISCOVERGYZählerNr.Power_Delivery").val - 6930) / 1000 + " kwh

"; return HTML;