Sungrow WR SGH10RT erfolgreich mit MODBUS eingebunden
-
@schneider
Diese „Not-a-Number (NaN)“ beziehen sich auf die Registernummern. Da steht in der Spalte sicher noch ein Leerzeichen dabei. Etwa „4999 „ statt „4999“. -
@gombersiob sagte in Sungrow WR SGH10RT erfolgreich mit MODBUS eingebunden:
@schneider
Diese „Not-a-Number (NaN)“ beziehen sich auf die Registernummern. Da steht in der Spalte sicher noch ein Leerzeichen dabei. Etwa „4999 „ statt „4999“.Das Thema hatten wir gerade erst
https://forum.iobroker.net/post/1221502Deswegen warte ich auch noch auf das debug-log von @schneider
-
2024-12-13 19:51:04.877 - info: host.iobroker "system.adapter.modbus.0" enabled 2024-12-13 19:51:05.060 - info: host.iobroker instance system.adapter.modbus.0 in version "6.3.2" started with pid 1511 2024-12-13 19:51:05.555 - debug: modbus.0 (1511) Redis Objects: Use Redis connection: 127.0.0.1:9001 2024-12-13 19:51:05.565 - debug: modbus.0 (1511) Objects client ready ... initialize now 2024-12-13 19:51:05.607 - debug: modbus.0 (1511) Objects create System PubSub Client 2024-12-13 19:51:05.608 - debug: modbus.0 (1511) Objects create User PubSub Client 2024-12-13 19:51:05.618 - debug: modbus.0 (1511) Objects client initialize lua scripts 2024-12-13 19:51:05.620 - debug: modbus.0 (1511) Objects connected to redis: 127.0.0.1:9001 2024-12-13 19:51:05.628 - debug: modbus.0 (1511) Redis States: Use Redis connection: 127.0.0.1:9000 2024-12-13 19:51:05.672 - debug: modbus.0 (1511) States create System PubSub Client 2024-12-13 19:51:05.672 - debug: modbus.0 (1511) States create User PubSub Client 2024-12-13 19:51:05.719 - debug: modbus.0 (1511) States connected to redis: 127.0.0.1:9000 2024-12-13 19:51:05.733 - debug: modbus.0 (1511) Plugin sentry Initialize Plugin (enabled=true) 2024-12-13 19:51:05.919 - info: modbus.0 (1511) starting. Version 6.3.2 in /opt/iobroker/node_modules/iobroker.modbus, node: v18.19.0, js-controller: 7.0.3 2024-12-13 19:51:05.972 - debug: modbus.0 (1511) Initialize Objects for disInputs: [] 2024-12-13 19:51:05.972 - debug: modbus.0 (1511) Initialize Objects for coils: [] 2024-12-13 19:51:05.973 - debug: modbus.0 (1511) Initialize Objects for inputRegs: [{"_address":4999,"deviceId":1,"name":"Device type code","description":"Geräte Typ-Code","unit":"","type":"int8be","len":1,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":4999,"id":"inputRegisters.1.4999_Device_type__code"},{"_address":5000,"deviceId":1,"name":"Nominal Output Power","description":"Installierte Leistung","unit":"Kw","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5000,"id":"inputRegisters.1.5000_Nominal_Output_Power"},{"_address":5002,"deviceId":1,"name":"Daily Output Energy","description":"Eigene Energienutzung heute (PV & Akku)","unit":"Kwh","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5002,"id":"inputRegisters.1.5002_Daily__Output_Energy"},{"_address":5003,"deviceId":1,"name":"Total Output Energy","description":"Eigene Energienutzung gesamt (PV & Akku)","unit":"Kwh","type":"uint32sw","len":2,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5003,"id":"inputRegisters.1.5003_Total_Output_Energy"},{"_address":5007,"deviceId":1,"name":"Inside Temperature","description":"Temperatur im Wechselrichter","unit":"°C","type":"int16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5007,"id":"inputRegisters.1.5007_Inside__Temperature"},{"_address":5010,"deviceId":1,"name":"MPPT 1 Voltage","description":"MPPT1 Spannung","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5010,"id":"inputRegisters.1.5010_MPPT_1_Voltage"},{"_address":5011,"deviceId":1,"name":"MPPT 1 Current","description":"MPPT1 Strom","unit":"A","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5011,"id":"inputRegisters.1.5011_MPPT_1_Current"},{"_address":5012,"deviceId":1,"name":"MPPT 2 Voltage","description":"MPPT2 Spannung","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5012,"id":"inputRegisters.1.5012_MPPT_2_Voltage"},{"_address":5013,"deviceId":1,"name":"MPPT 2 Current","description":"MPPT2 Strom","unit":"A","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5013,"id":"inputRegisters.1.5013_MPPT_2_Current"},{"_address":5016,"deviceId":1,"name":"Total DC Power","description":"PV-Leistung aktuell","unit":"W","type":"uint32sw","len":2,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5016,"id":"inputRegisters.1.5016_Total_DC_Power"},{"_address":5018,"deviceId":1,"name":"Spannung Ph A","description":"Spannung Phase A","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5018,"id":"inputRegisters.1.5018_Spannung_Ph_A"},{"_address":5019,"deviceId":1,"name":"Spannung Ph B","description":"Spannung Phase B","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5019,"id":"inputRegisters.1.5019_Spannung_Ph_B"},{"_address":5020,"deviceId":1,"name":"Spannung Ph C","description":"Spannung Phase C","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5020,"id":"inputRegisters.1.5020_Spannung_Ph_C"},{"_address":5032,"deviceId":1,"name":"Reactive Power","description":"Blindleistung","unit":"VA®","type":"int32sw","len":2,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5032,"id":"inputRegisters.1.5032_Reactive_Power"},{"_address":5034,"deviceId":1,"name":"Power Factor","description":"Leistungsfaktor","unit":"","type":"int16be","len":1,"factor":0.001,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5034,"id":"inputRegisters.1.5034_Power_Factor"},{"_address":5035,"deviceId":1,"name":"Grid Frequency","description":"Netzfrequenz","unit":"Hz","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5035,"id":"inputRegisters.1.5035_Grid_Frequency"},{"_address":5600,"deviceId":1,"name":"Gesamtleistung DTSU666","description":"Leistung","unit":"W","type":"int32sw","len":2,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5600,"id":"inputRegisters.1.5600_Gesamtleistung_DTSU666"},{"_address":5602,"deviceId":1,"name":"L1 Leistung DTSU666","description":"Leistung L1","unit":"W","type":"int32sw","len":2,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5602,"id":"inputRegisters.1.5602_L1_Leistung_DTSU666"},{"_address":5604,"deviceId":1,"name":"L2 Leistung DTSU666","description":"Leistung L2","unit":"W","type":"int32sw","len":2,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5604,"id":"inputRegisters.1.5604_L2_Leistung_DTSU666"},{"_address":5606,"deviceId":1,"name":"L3 Leistung DTSU666","description":"Leistung L3","unit":"W","type":"int32sw","len":2,"factor":1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5606,"id":"inputRegisters.1.5606_L3_Leistung_DTSU666"},{"_address":5740,"deviceId":1,"name":"PhaseA Voltage DTSU666","description":"Spannung Phase1","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5740,"id":"inputRegisters.1.5740_PhaseA_Voltage_DTSU666"},{"_address":5741,"deviceId":1,"name":"PhaseB Voltage DTSU666","description":"Spannung Phase2","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5741,"id":"inputRegisters.1.5741_PhaseB_Voltage_DTSU666"},{"_address":5742,"deviceId":1,"name":"PhaseC Voltage DTSU666","description":"Spannung Phase3","unit":"V","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5742,"id":"inputRegisters.1.5742_PhaseC_Voltage_DTSU666"},{"_address":5743,"deviceId":1,"name":"PhaseA Current DTSU666","description":"Strom Phase1","unit":"A","type":"uint16be","len":1,"factor":0.01,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5743,"id":"inputRegisters.1.5743_PhaseA_Current_DTSU666"},{"_address":5744,"deviceId":1,"name":"PhaseB Current DTSU666","description":"Strom Phase2","unit":"A","type":"uint16be","len":1,"factor":0.01,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5744,"id":"inputRegisters.1.5744_PhaseB_Current_DTSU666"},{"_address":5745,"deviceId":1,"name":"PhaseC Current DTSU666","description":"Strom Phase3","unit":"A","type":"uint16be","len":1,"factor":0.01,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5745,"id":"inputRegisters.1.5745_PhaseC_Current_DTSU666"},{"_address":5746,"deviceId":1,"name":"Import DTSU666","description":"Import","unit":"kWh","type":"uint32sw","len":2,"factor":0.01,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5746,"id":"inputRegisters.1.5746_Import_DTSU666"},{"_address":5748,"deviceId":1,"name":"Export DTSU666","description":"Export","unit":"kWh","type":"uint32sw","len":2,"factor":0.01,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":5748,"id":"inputRegisters.1.5748_Export_DTSU666"},{"_address":6226,"deviceId":1,"name":"Monthly PV energy yields January","description":" Monatlicher PV Energieertrag Januar","unit":"Kwh","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":6226,"id":"inputRegisters.1.6226_Monthly_PV_energy_yields_January"},{"_address":6227,"deviceId":1,"name":"Monthly PV energy yields February","description":" Monatlicher PV Energieertrag Februar","unit":"Kwh","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":6227,"id":"inputRegisters.1.6227_Monthly_PV_energy_yields_February"},{"_address":6228,"deviceId":1,"name":"Monthly PV energy yields March","description":" Monatlicher PV Energieertrag März","unit":"Kwh","type":"uint16be","len":1,"factor":0.1,"offset":0,"formula":"","role":"value","room":"","cw":false,"isScale":false,"address":6228,"id":"inputRegisters.1.6228_Monthly_PV_energy_yields_March"}, ... GEKÜRZT {"_id":"inputRegisters.1.13075_BMS_fault_2","type":"state","common":{"name":"BMS fault 2","role":"value","type":"number","read":true,"write":false,"def":0,"unit":""},"native":{"regType":"inputRegs","address":13075,"deviceId":1,"type":"uint32sw","len":2,"offset":0,"factor":1}} 2024-12-13 19:51:05.981 - debug: modbus.0 (1511) Add inputRegisters.1.13077_BMS_alarm_2: {"_id":"inputRegisters.1.13077_BMS_alarm_2","type":"state","common":{"name":"BMS alarm 2","role":"value","type":"number","read":true,"write":false,"def":0,"unit":""},"native":{"regType":"inputRegs","address":13077,"deviceId":1,"type":"uint32sw","len":2,"offset":0,"factor":1}} 2024-12-13 19:51:05.981 - debug: modbus.0 (1511) Initialize Objects for holdingRegs: [] 2024-12-13 19:51:06.325 - info: modbus.0 (1511) Connected to slave 192.168.178.74 2024-12-13 19:51:06.325 - debug: modbus.0 (1511) [DevID_1] Poll start --------------------- 2024-12-13 19:51:06.326 - debug: modbus.0 (1511) Initialization of scale factors done! 2024-12-13 19:51:06.326 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 4999 - 22 registers 2024-12-13 19:51:06.337 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 4999 DONE 2024-12-13 19:51:06.342 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 5032 - 4 registers 2024-12-13 19:51:06.346 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 5032 DONE 2024-12-13 19:51:06.347 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 5600 - 8 registers 2024-12-13 19:51:06.353 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 5600 DONE 2024-12-13 19:51:06.356 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 5740 - 10 registers 2024-12-13 19:51:06.361 - warn: modbus.0 (1511) [DevID_1] Poll error count: 1 code: "ReadInputRegisters: Invalid FC 132" 2024-12-13 19:51:07.412 - debug: modbus.0 (1511) [DevID_1] Poll start --------------------- 2024-12-13 19:51:07.412 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 4999 - 22 registers 2024-12-13 19:51:07.416 - warn: modbus.0 (1511) Error in handler for 4: RangeError [ERR_BUFFER_OUT_OF_BOUNDS]: Attempt to access memory outside buffer bounds 2024-12-13 19:51:12.613 - warn: modbus.0 (1511) [DevID_1] Poll error count: 2 code: "App Timeout" 2024-12-13 19:51:13.664 - debug: modbus.0 (1511) [DevID_1] Poll start --------------------- 2024-12-13 19:51:13.665 - debug: modbus.0 (1511) [DevID_1/inputRegs] Poll address 4999 - 22 registers 2024-12-13 19:51:18.666 - warn: modbus.0 (1511) Error: undefined 2024-12-13 19:51:18.666 - error: modbus.0 (1511) Request timed out. 2024-12-13 19:51:18.666 - error: modbus.0 (1511) Client in error state. 2024-12-13 19:51:18.666 - warn: modbus.0 (1511) [DevID_1] Poll error count: 3 code: {"err":"timeout","timeout":5000} 2024-12-13 19:51:18.667 - debug: modbus.0 (1511) Socket closed with error 2024-12-13 19:51:18.667 - debug: modbus.0 (1511) Clearing timeout of the current request. 2024-12-13 19:51:18.667 - debug: modbus.0 (1511) Cleaning up request fifo. 2024-12-13 19:51:19.667 - debug: modbus.0 (1511) Closing client on purpose. 2024-12-13 19:51:19.667 - info: modbus.0 (1511) Disconnected from slave 192.168.178.74 -
@gmt94 Ne.. Ich wüsste auch nicht wo. Ist mir zumindest nicht ins Auge gesprungen
-
Mal die IP Adresse vom wechselrichter im Browser eintippen und dann per admin anmelden. Passwort sollte in den Unterlagen stehen, dann unter System und weitergabekonfiguration Modus aktivieren.
-
Das ist/war an:
Weiß jemand was das für ne Fehlermeldung im Log ist?
"ReadInputRegisters: Invalid FC 132" -
Interessant.. ich hab n Gläschen Wein getrunken, nichts verändert und nun siehts so aus:
und gleich danach wieder nicht mehr verbunden:
2024-12-13 23:14:54.608 - info: modbus.0 (1839) Connected to slave 192.168.178.74 2024-12-13 23:14:54.608 - debug: modbus.0 (1839) [DevID_1] Poll start --------------------- 2024-12-13 23:14:54.608 - debug: modbus.0 (1839) [DevID_1/inputRegs] Poll address 4999 - 22 registers 2024-12-13 23:14:59.609 - warn: modbus.0 (1839) Error: undefined 2024-12-13 23:14:59.609 - error: modbus.0 (1839) Request timed out. 2024-12-13 23:14:59.609 - error: modbus.0 (1839) Client in error state. 2024-12-13 23:14:59.609 - warn: modbus.0 (1839) [DevID_1] Poll error count: 4 code: {"err":"timeout","timeout":5000} 2024-12-13 23:14:59.610 - debug: modbus.0 (1839) Socket closed with error 2024-12-13 23:14:59.610 - debug: modbus.0 (1839) Clearing timeout of the current request. 2024-12-13 23:14:59.610 - debug: modbus.0 (1839) Cleaning up request fifo. 2024-12-13 23:15:00.610 - debug: modbus.0 (1839) Closing client on purpose. 2024-12-13 23:15:00.610 - info: modbus.0 (1839) Disconnected from slave 192.168.178.74 2024-12-13 23:16:00.614 - info: modbus.0 (1839) Connected to slave 192.168.178.74 2024-12-13 23:16:00.614 - debug: modbus.0 (1839) [DevID_1] Poll start --------------------- 2024-12-13 23:16:00.614 - debug: modbus.0 (1839) [DevID_1/inputRegs] Poll address 4999 - 22 registers 2024-12-13 23:16:05.615 - warn: modbus.0 (1839) Error: undefined 2024-12-13 23:16:05.615 - error: modbus.0 (1839) Request timed out. 2024-12-13 23:16:05.615 - error: modbus.0 (1839) Client in error state. 2024-12-13 23:16:05.615 - warn: modbus.0 (1839) [DevID_1] Poll error count: 5 code: {"err":"timeout","timeout":5000} 2024-12-13 23:16:05.616 - debug: modbus.0 (1839) Socket closed with error 2024-12-13 23:16:05.616 - debug: modbus.0 (1839) Clearing timeout of the current request. 2024-12-13 23:16:05.616 - debug: modbus.0 (1839) Cleaning up request fifo. 2024-12-13 23:16:06.616 - debug: modbus.0 (1839) Closing client on purpose. 2024-12-13 23:16:06.616 - info: modbus.0 (1839) Disconnected from slave 192.168.178.74 2024-12-13 23:16:07.424 - info: influxdb.0 (418) enabled logging of modbus.0.inputRegisters.1.5600_Gesamtleistung_DTSU666, Alias=false 2024-12-13 23:17:06.620 - info: modbus.0 (1839) Connected to slave 192.168.178.74 2024-12-13 23:17:06.620 - debug: modbus.0 (1839) [DevID_1] Poll start --------------------- 2024-12-13 23:17:06.620 - debug: modbus.0 (1839) [DevID_1/inputRegs] Poll address 4999 - 22 registers 2024-12-13 23:17:11.621 - warn: modbus.0 (1839) Error: undefined 2024-12-13 23:17:11.621 - error: modbus.0 (1839) Request timed out. 2024-12-13 23:17:11.621 - error: modbus.0 (1839) Client in error state. 2024-12-13 23:17:11.622 - warn: modbus.0 (1839) [DevID_1] Poll error count: 6 code: {"err":"timeout","timeout":5000} 2024-12-13 23:17:11.622 - debug: modbus.0 (1839) Socket closed with error 2024-12-13 23:17:11.622 - debug: modbus.0 (1839) Clearing timeout of the current request. 2024-12-13 23:17:11.622 - debug: modbus.0 (1839) Cleaning up request fifo. 2024-12-13 23:17:12.622 - debug: modbus.0 (1839) Closing client on purpose. 2024-12-13 23:17:12.622 - info: modbus.0 (1839) Disconnected from slave 192.168.178.74 -
Mal ganz blöd gefragt, hat denn jemand erfolgreich einen WR vom gleichen Typ wie @Schneider ihn hat, eingebunden? Und falls ja, mit welchen Registern?
Die Fehlermeldung "Invalid FC 132" klingt für mich nach einer ungültigen Registeradresse.
Ich würde jetzt alle Register rausschmeißen, und nur ein einziges drin lassen - dann schauen ob es geht. Falls ja, nach und nach die gewünschten Register hinzufügen. Die Registeradressen sind zwischen den verschiedenen WR nicht unbedingt identisch. Es gibt da auch (unvollständige) Dokumentation von Sungrow dazu.
-
Hast Du mal das Abfrageintervall verlängert? Eine Sekunde ist ziemlich stramm für den WR. Ich hab da zum Beispiel drei Sekunden drin stehen.
-
Danke für die Tipps. ICh glaube so gehts.
Ich habe jetzt nur die drin gelassen, die eben einen Wert gebracht haben, sowie das Abfrageintervall auf 3s.Jetzt werden die Werte auch aktualisiert. Super cool. Danke für die Unterstützung!
Ergänzend:
_address deviceId name description unit type len factor offset formula role room cw isScale 4999 1 Device type code Geräte Typ-Code int8be 1 1 0 value false false 5000 1 Nominal Output Power Installierte Leistung Kw uint16be 1 0.1 0 value false false 5002 1 Daily Output Energy Eigene Energienutzung heute (PV & Akku) Kwh uint16be 1 0.1 0 value false false 5003 1 Total Output Energy Eigene Energienutzung gesamt (PV & Akku) Kwh uint32sw 2 0.1 0 value false false 5007 1 Inside Temperature Temperatur im Wechselrichter °C int16be 1 0.1 0 value false false 5010 1 MPPT 1 Voltage MPPT1 Spannung V uint16be 1 0.1 0 value false false 5011 1 MPPT 1 Current MPPT1 Strom A uint16be 1 0.1 0 value false false 5012 1 MPPT 2 Voltage MPPT2 Spannung V uint16be 1 0.1 0 value false false 5013 1 MPPT 2 Current MPPT2 Strom A uint16be 1 0.1 0 value false false 5016 1 Total DC Power PV-Leistung aktuell W uint32sw 2 1 0 value false false 5018 1 Spannung Ph A Spannung Phase A V uint16be 1 0.1 0 value false false 5019 1 Spannung Ph B Spannung Phase B V uint16be 1 0.1 0 value false false 5020 1 Spannung Ph C Spannung Phase C V uint16be 1 0.1 0 value false false 5032 1 Reactive Power Blindleistung VA® int32sw 2 0 value false false 5034 1 Power Factor Leistungsfaktor int16be 1 0.001 0 value false false 5035 1 Grid Frequency Netzfrequenz Hz uint16be 1 0.1 0 value false false 5600 1 Gesamtleistung DTSU666 Leistung W int32sw 2 1 0 value false false 5602 1 L1 Leistung DTSU666 Leistung L1 W int32sw 2 1 0 value false false 5604 1 L2 Leistung DTSU666 Leistung L2 W int32sw 2 1 0 value false false 5606 1 L3 Leistung DTSU666 Leistung L3 W int32sw 2 1 0 value false false -
@berlinerbolle
Solange er die Register nicht korrigiert, wird das nichts werden.Die Aufrufbarkeit des Wechselrichters kann er mit eine Modbus-Client, die es frei zu laden gibt, testen. Ich verwende dafür "VagaModbus Analyzer", er ist simpel und intuitiv zu bedienen
Das hat sich mit dem vorigen Post überschnitten - jetzt scheint es ja zu funktionieren.
-
Ja, mit einigen Werten aus github gehts - leider nicht alle.
Und die Batterie geht auch nicht.
-
Okay.. die ID ist nicht die 200, sondern die 2.
Ist im WiNet-S2 auch toll beschrieben mit Modus-ID (statt Modbus-ID):
-
Ja, das meinte ich weiter oben - es muss nicht unbedingt die 200 sein (bei mir war es die 200, deshalb auch so auf GitHub hinterlegt).
Aber top dass es jetzt läuft!
-
@schneider sagte in Sungrow WR SGH10RT erfolgreich mit MODBUS eingebunden:
die ID ist nicht die 200, sondern die 2.
und daher kam der FC132
daher auch meine Nachfrage
@homoran sagte in Sungrow WR SGH10RT erfolgreich mit MODBUS eingebunden:EDIT:
Wo komnt jetzt die Geräte ID 200 und doppelt so hohe Register her?Ein einziger Fehleintrag lähmt den ganzen Bus
Man fängt daher immer nur mit einer Adresse/Gerät an zu testen.
Dann Stück für Stück erweitern.
