_address name description unit type len factor offset formula role room poll wp cw isScale
102787 Batterie_Gesamtleistung Wh floatsw 2 1 0 level true false false false
102833 Batterie_Volt V floatsw 2 1 0 level true false false false
102835 Batterie_Ampare A floatsw 2 1 0 level true false false false
102837 Leistung_Batterie W floatsw 2 1 0 value true false false false
102851 Batt_SOH % floatsw 2 1 0 value true false false false
102853 Batterieladestand % floatsw 2 1 0 level true false false false
103237 Storage_Control_Mode_RW 0 – Disabled,1 – Maximize Self Consumption, 4 – Remote Control – uint16be 1 1 0 level true false false false
103238 Storage_AC_Charge_Policy_RW 0 – Disable, 1 – Always allowed , 2 – Fixed Energy Limit – uint16be 1 1 0 level true false false false
103241 Storage_Backup_Reserved_Setting_RW floatsw 2 1 0 level true false false false
103243 Storage_Charge_Discharge_Default_Mode_RW 0Off, 1Charge excess PV power only, 2Charge from PV first, before producing power to the AC., 3Charge from PV+AC according to the max battery power., 4Maximize export – discharge battery to meet max inverter AC limit, 5Discharge to meet loads consumption. Discharging to the grid is not allowed., 7Maximize self-consumption uint16be 1 1 0 level true false false false
103244 Remote_Control_Command_Timeout_RW Sec uint32sw 2 1 0 level true false false false
103246 Remote_Control_Command_Mode_RW uint16be 1 1 0 level true false false false
103247 Remote_Control_Charge_Limit_RW W floatsw 2 1 0 level true false false false
103249 Remote_Control_Command_Discharge_Limit_RW W floatsw 2 1 0 level true false false false
40001 C_SunSpec_ID "Wert = ""SunS"" (0x53756e53). Identifiziert dies eindeutig als eine SunSpec Modbus-Karte" uint32be 2 1 0 value true false false
40003 C_SunSpec_DID Wert = 0x0001. Identifiziert dies eindeutig als einen SunSpec “Common Block“ uint16be 1 1 0 value true false false
40004 C_SunSpec_Länge 65 = Länge eines Blocks in 16-bit Registern uint16be 1 1 0 value true false false
40005 C_Hersteller "Bei SunSpec eingetragener Wert = ""SolarEdge""" string 16 1 0 value true false false
40021 C_Modell Spezifischer SolarEdge Wert string 16 1 0 value true false false
40045 C_Version Spezifischer SolarEdge Wert string 8 1 0 value true false false
40053 C_Seriennummer Eindeutiger SolarEdge Wert string 16 1 0 value true false false
40069 C_Geräteadresse Modbus-ID der entsprechenden Einheit uint16be 1 1 0 value true false false
40070 C_SunSpec_DID 101 = Einphasig, 102 = Spaltphase, 103 = Dreiphasig uint16be 1 1 0 value true false false
40071 C_SunSpec_Länge 50 = Länge des Modellblocks Register uint16be 1 1 0 value true false false
40072 I_AC_Strom AC-Gesamtstromwert A uint16be 1 1 0 x * Math.pow(10, sf['40076']) value true false false false
40073 I_AC_StromA AC-Phase A (L1) Stromwert A uint16be 1 1 0 x * Math.pow(10, sf['40076']) value true false false false
40074 I_AC_StromB AC-Phase B (L2) Stromwert A uint16be 1 1 0 x * Math.pow(10, sf['40076']) value true false false false
40075 I_AC_StromC AC-Phase C (L3) Stromwert A uint16be 1 1 0 x * Math.pow(10, sf['40076']) value true false false false
40076 I_AC_Strom_SF AC-Strom Skalierungsfaktor int16be 1 1 0 value true false false true
40077 I_AC_SpannungAB AC-Spannung Phase AB (L1-L2) Wert V uint16be 1 1 0 x * Math.pow(10, sf['40083']) value true false false false
40078 I_AC_SpannungBC AC-Spannung Phase BC (L2-L3) Wert V uint16be 1 1 0 x * Math.pow(10, sf['40083']) value true false false false
40079 I_AC_SpannungCA AC-Spannung Phase CA (L3-L1) Wert V uint16be 1 1 0 x * Math.pow(10, sf['40083']) value true false false false
40080 I_AC_SpannungAN AC-Spannung Phase A-N (L1-N) Wert V uint16be 1 1 0 x * Math.pow(10, sf['40083']) value true false false false
40081 I_AC_SpannungBN AC-Spannung Phase B-N (L2-N) Wert V uint16be 1 1 0 x * Math.pow(10, sf['40083']) value true false false false
40082 I_AC_SpannungCN AC-Spannung Phase C-N (L3-N) Wert V uint16be 1 1 0 x * Math.pow(10, sf['40083']) value true false false false
40083 I_AC_Spannung_SF AC-Spannung Skalierungsfaktor int16be 1 1 0 value true false false true
40084 I_AC_Leistung AC-Leistungswert W uint16be 1 1 0 x * Math.pow(10, sf['40085']) value true false false
40085 I_AC_Leistung_SF AC-Leistung Skalierungsfaktor int16be 1 1 0 value true false false true
40086 I_AC_Frequenz Frequenzwert Hz uint16be 1 1 0 x * Math.pow(10, sf['40087']) value true false false false
40087 I_AC_Frequenz_SF Frequenz Skalierungsfaktor int16be 1 1 0 value true false false true
40088 I_AC_VA Scheinleistung VA uint16be 1 1 0 x * Math.pow(10, sf['40089']) value true false false
40089 I_AC_VA_SF Scheinleistung Skalierungsfaktor int16be 1 1 0 value true false false true
40090 I_AC_VAR Blindleistung VAR uint16be 1 1 0 x * Math.pow(10, sf['40091']) value true false false
40091 I_AC_VAR_SF Blindleistung Skalierungsfaktor int16be 1 1 0 value true false false true
40092 I_AC_PF Leistungsfaktor % uint16be 1 1 0 x * Math.pow(10, sf['40093']) value true false false
40093 I_AC_PF_SF Leistungsfaktor Skalierungsfaktor int16be 1 1 0 value true false false true
40094 I_AC_Energie_WH AC Gesamt-Energieproduktion Wh uint32be 2 1 0 x * Math.pow(10, sf['40096']) value true false false
40096 I_AC_Energie_WH_SF AC Gesamtenergie Skalierungsfaktor uint16be 1 1 0 value true false false true
40097 I_DC_Strom DC-Stromwert A uint16be 1 1 0 x * Math.pow(10, sf['40098']) value true false false
40098 I_DC_Strom_SF DC-Strom Skalierungsfaktor int16be 1 1 0 value true false false true
40099 I_DC_Spannung DC-Spannungswert V uint16be 1 1 0 x * Math.pow(10, sf['40100']) value true false false false
40100 I_DC_Spannung_SF DC-Spannung Skalierungsfaktor int16be 1 1 0 value true false false true
40101 I_DC_Leistung DC-Leistungswert W uint16be 1 1 0 x * Math.pow(10, sf['40102']) value true false false
40102 I_DC_Leistung_SF DC-Leistung Skalierungsfaktor int16be 1 1 0 value true false false true
40104 I_Temp_Kühler Kühlkörpertemperatur °C uint16be 1 1 0 x * Math.pow(10, sf['40107']) value true false false false
40107 I_Temp_SF Kühlkörpertemperatur Skalierungsfaktor int16be 1 1 0 value true false false true
40108 I_Status Betriebszustand (1 = Aus, 2 = Schlafen (Automatisches Herunterfahren) – Nachtmodus, 3 = Aufwachen/Starten, 4 = Wechselrichter ist AN und wandelt Energie, 5 = Begrenzte Produktion, 6 = Herunterfahren, 7 = Fehler, 8 = Wartung/Setup) uint16be 1 1 0 value true false false false
40109 I_Status_Anbieter Anbieter-spezifischer Betriebszustand sowie Fehlercodes: 1 = Aus, 2 = Schlafen (Automatisches Herunterfahren) – Nachtmodus, 3 = Aufwachen/Starten, 4 = Wechselrichter ist AN und wandelt Energie, 5 = Begrenzte Produktion, 6 = Herunterfahren, 7 = Fehler, 8 = Wartung/Setup uint16be 1 1 0 value true false false false
40122 meter_C_SunSpec_DID Value = 0x0001. Uniquely identifies this as a SunSpec Common Model Block uint16be 1 1 0 value true false
40123 meter_C_SunSpec_Length 65 = Length of block in 16-bit registers uint16be 1 1 0 value true false
40124 meter_C_Manufacturer Meter manufacturer string 32 1 0 value true false
40140 meter_C_Model Meter model string 32 1 0 value true false
40156 meter_C_Option Export + Import, Production, consumption, string 16 1 0 value true false
40164 meter_C_Version Meter version string 16 1 0 value true false
40172 meter_C_SerialNumber Meter SN string 32 1 0 value true false
40188 meter_C_DeviceAddress Inverter Modbus ID uint16be 1 1 0 value true false
40189 meter_C_SunSpec_DID Well-known value. Uniquely identifies this as a SunSpecMODBUS Map: Single Phase (AN or AB) Meter (201) Split Single Phase (ABN) Meter (202) Wye-Connect Three Phase (ABCN) Meter (203) Delta-Connect Three Phase (ABC) Meter(204) uint16be 1 1 0 value true false
40190 meter_C_SunSpec_Length Length of meter model block uint16be 1 1 0 value true false
40191 meter_M_AC_Current AC Current (sum of active phases) A int16be 1 1 0 x * Math.pow(10, sf['40195']) value true false false false
40192 meter_M_AC_Current_A Phase A AC Current A int16be 1 1 0 x * Math.pow(10, sf['40195']) value true false false false
40193 meter_M_AC_Current_B Phase B AC Current A int16be 1 1 0 x * Math.pow(10, sf['40195']) value true false false false
40194 meter_M_AC_Current_C Phase C AC Current A int16be 1 1 0 x * Math.pow(10, sf['40195']) value true false false false
40195 meter_M_AC_Current_SF AC Current Scale Factor int16be 1 1 0 value true false true
40196 meter_M_AC_Voltage_L N Line to Neutral AC Voltage (average of active phases) V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40197 meter_M_AC_Voltage_A N Phase A to Neutral AC Voltage V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40198 meter_M_AC_Voltage_B N Phase B to Neutral AC Voltage V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40199 meter_M_AC_Voltage_C N Phase C to Neutral AC Voltage V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40200 meter_M_AC_Voltage_L L Line to Line AC Voltage (average of active phases) V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40201 meter_M_AC_Voltage_A B Phase A to Phase B AC Voltage V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40202 meter_M_AC_Voltage_B C Phase B to Phase C AC Voltage V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40203 meter_M_AC_Voltage_C A Phase C to Phase A AC Voltage V int16be 1 1 0 x * Math.pow(10, sf['40204']) value true false false false
40204 meter_M_AC_Voltage_SF AC Voltage Scale Factor int16be 1 1 0 value true false true
40205 meter_M_AC_Freq AC Frequency Hz int16be 1 1 0 x * Math.pow(10, sf['40206']) value true false false false
40206 meter_M_AC_Freq_SF AC Frequency Scale Factor int16be 1 1 0 value true false true
40207 meter_M_AC_Power Total Real Power (sum of active phases) W int16be 1 1 0 x * Math.pow(10, sf['40211']) value true false false
40208 meter_M_AC_Power_A Phase A AC Real Power W int16be 1 1 0 x * Math.pow(10, sf['40211']) value true false false
40209 meter_M_AC_Power_B Phase B AC Real Power W int16be 1 1 0 x * Math.pow(10, sf['40211']) value true false false
40210 meter_M_AC_Power_C Phase C AC Real Power W int16be 1 1 0 x * Math.pow(10, sf['40211']) value true false false
40211 meter_M_AC_Power_SF AC Real Power Scale Factor int16be 1 1 0 value true false false true
40212 meter_M_AC_VA Total AC Apparent Power (sum of active phases) VA int16be 1 1 0 x * Math.pow(10, sf['40216']) value true false false false
40213 meter_M_AC_VA_A Phase A AC Apparent Power VA int16be 1 1 0 x * Math.pow(10, sf['40216']) value true false false false
40214 meter_M_AC_VA_B Phase B AC Apparent Power VA int16be 1 1 0 x * Math.pow(10, sf['40216']) value true false false false
40215 meter_M_AC_VA_C Phase C AC Apparent Power VA int16be 1 1 0 x * Math.pow(10, sf['40216']) value true false false false
40216 meter_M_AC_VA_SF AC Apparent Power Scale Factor int16be 1 1 0 value true false false true
40227 meter_M_Exported Total Exported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40229 meter_M_Exported_A Phase A Exported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40231 meter_M_Exported_B Phase B Exported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40233 meter_M_Exported_C Phase C Exported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40235 meter_M_Imported Total Imported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40237 meter_M_Imported_A Phase A Imported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40239 meter_M_Imported_B Phase B Imported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40241 meter_M_Imported_C Phase C Imported Real Energy Wh uint32be 2 1 0 x * Math.pow(10, sf['40243']) value true false false
40243 meter_M_Energy_W_SF Real Energy Scale Factor int16be 1 1 0 value true false false true
40294 meter_M_Events See M_EVENT_ flags. 0 = nts. uint32be 2 1 0 value true false false
