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#11

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von TheTrumpeter - 10 Dezember 2025, 06:46:40

Hättest du denn einen Strahlungsmesser für jeden String angebaut und in FHEM integriert?

Helligkeitssensor.

Dessen Werte korrelieren sehr gut mit der (momentanen) PV-Leistung, siehe Beispiele im Anhang. Ich habe wahllos ein paar Tage in der Vergangenheit aufgerufen.

Die Prognose der Strahlung würde wieder aus Rad1h, d.h. dem Wettrdienst, kommen. Ob der Recht hat, wissen wir im Vorfeld natürlich nicht.

Natürlich nicht. Aber im Nachhinein schon, falls entsprechende Sensoren vorhanden sind. Damit könnte man zumindest sicherstellen, dass die Lernwerte richtig zugeordnet werden.
Wenn die Prognose am nächsten Tag wieder falsche Rad1h Werte liefert, stimmt das IST natürlich nicht, aber falls die Werte passen, werden sie mit den dazupassenden Korrekturfaktoren angereichert und die Prognose sollte somit auch gut sein.

#12

FHEM Development / Aw: Keine commits mehr unter F...

Letzter Beitrag von Otto123 - 10 Dezember 2025, 00:37:49

ich habe jetzt noch den Chrome User Agenten 125.x.x.x und leere Agenten (die wohl bots gerne setzen) im proxy nur für svn.fhem.de geblockt.

Chrome 125 hatte heute mit 2,7 Mio Hits die Spitze.

Ich hoffe das keine Nebeneffekte. Eigentlich wollte ich heute was vernünftiges machen

#13

Anfängerfragen / Aw: qx als als sudo benötigt p...

Letzter Beitrag von Otto123 - 09 Dezember 2025, 22:56:22

was zeigt Dir in der "Docker Console" denn whoami ? Wenn da root steht ist dein Versuch mit sudo witzlos

Damit das mit dem User fhem funktioniert musst Du es so machen wie hier beschrieben.
Was genau ist da unklar?
In der "Docker Console" ungetestet, hast Du so probiert?

Code Auswählen Erweitern

File="011_fhem-nopasswd"
echo "fhem ALL=(ALL) NOPASSWD: /opt/fhem/FHEM/fhem_backup_pi.sh" >/etc/sudoers.d/$File
chmod 0440 /etc/sudoers.d/$File
Ich halte es nach wie vor für Unfug, sowohl sudo für mount und auch das Script im docker. Sowas macht man mMn außerhalb.

[Revision 30609: 59_ECOWITT_GW.pm: read weather sensor data from ECOWITT gateways]

#14

FHEM Code changes / Revision 30609: 59_ECOWITT_GW....

Letzter Beitrag von System - 09 Dezember 2025, 22:01:04

Revision 30609: 59_ECOWITT_GW.pm: read weather sensor data from ECOWITT gateways

59_ECOWITT_GW.pm: read weather sensor data from ECOWITT gateways

Source: Revision 30609: 59_ECOWITT_GW.pm: read weather sensor data from ECOWITT gateways

#15

Sonstige Systeme / Aw: Entwicklungs-Thread Modul ...

Letzter Beitrag von derHeimwerker - 09 Dezember 2025, 21:56:37

Ich schaue mir gerne ein fertig konfiguriertes Readings-Proxy Device für den Shelly-Dimmer an und übernehme dann für den xtrachannels - Befehl.

Wie kann ich da unterstützen?

#16

fronthem / smartVISU / Aw: Smartvisu V3.2.2 -> V3.5 U...

Letzter Beitrag von wvhn - 09 Dezember 2025, 21:33:12

Gemeint sind die Menüeinträge im Raummenü (rooms_menu.html oder navigaton.html - je nachdem, wie Du die Datei genannt hast). Wenn hier in den <a>-tags der Zusatz `data-ajax="false"` steht, dann zwingst Du die Visu dazu, jede Seite komplett neu zu laden, einschließlich Neustart des Websocket. Wenn der Websocket eh schon Probleme macht, verschlimmert das das Verhalten.
Also die `data-ajax="false"`einfach löschen, sofern vorhanden.

Das wird das Problem zwar entschärfen, aber nicht grundsätzlich lösen. Gelöst werden kann das nur durch ein iOS-Update, das den Fehler korrigiert.

Gruß
Wolfram

#17

Sonstiges / Aw: Ecowitt API - diverse Wett...

Letzter Beitrag von Dr. Boris Neubert - 09 Dezember 2025, 21:19:08

Hallo,

ich habe das Modul als 59_ECOWITT_GW.pm eingespielt (das API fand ich nicht passend, viele andere Module nutzen auch ein API und nennen das nicht im Modulnamen).

Habe noch zwei Perl-Fehler rausgemacht, und updateInterval umbenannt.

Jetzt ist es also offiziell.

Die anderen Vorschläge arbeite ich nach und nach ein.

Viele Grüße
Boris

#18

Sonstiges / Aw: ModbusAttr am SolarEdge SE...

Letzter Beitrag von MartinD - 09 Dezember 2025, 21:13:28

Hallo,
offensichtlich muss ich mir selbst hier antworten.

Das Problem lag daran, dass ich keinen Weg gefunden habe den Modbus mit ModbusAttr an einem Hybrid-WR zuverlässig auszulesen.
Ich habe viele gute Hinweise und ein wenig zielführendes Post hier gefunden.

Für mich war der einzig brauchbarer Weg nur über NodeRed und MQTT möglich.
Vielleicht brauch jemand das hier (nur Node Red)

Code Auswählen Erweitern

[{"id":"cbf5417ec7d111d1","type":"tab","label":"Einzelne Readings auslesen","disabled":false,"info":"","env":[]},{"id":"f490de5e80fcb281","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read ab h40226 ","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"40226","quantity":"40","rate":"901","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":230,"y":100,"wires":[[],["52e7fc330f338088"]]},{"id":"52e7fc330f338088","type":"function","z":"cbf5417ec7d111d1","name":"Ausgabe Imported und Exported","func":"// Create new Buffer based on array bytes\nconst buf = Buffer.from(msg.payload.buffer);\n\n// Create influxdb JSON\nmsg.payload = [\n    [{\n        \n          'M_Exported':             round(uint32(40226)* scalefactor(40242), 2)/1000,\n          'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\n\nreturn msg;\n\nfunction word(address) {\n    // Find the correct offset in bytes\n    // ORIGINAL -> 40070 is the starting address we fetch from SolarEdge inverter\n    //40226 is the starting address we fetch from SolarEdge inverter\n    return (address-40226) * 2;\n}\n\nfunction scalefactor(address) {\n    return Math.pow(10, buf.readInt16BE(word(address)));\n}\n\nfunction int16(address) {\n    return buf.readInt16BE(word(address))\n}\n\nfunction uint16(address) {\n    return buf.readUInt16BE(word(address));\n}\n\nfunction int32(address) {\n    return buf.readInt32BE(word(address))\n}\n\nfunction uint32(address) {\n    return buf.readUInt32BE(word(address))\n}\n\nfunction round(value, decimals) {\n return Number(Math.round(value+'e'+decimals)+'e-'+decimals);\n} ","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":690,"y":100,"wires":[["92ef9715d1c3e1cd","086c953c5babe1bd","6178295ac005168a"]]},{"id":"086c953c5babe1bd","type":"debug","z":"cbf5417ec7d111d1","name":"debug 7","active":false,"tosidebar":true,"console":false,"tostatus":false,"complete":"false","statusVal":"","statusType":"auto","x":1220,"y":240,"wires":[]},{"id":"92ef9715d1c3e1cd","type":"influxdb out","z":"cbf5417ec7d111d1","influxdb":"73984c5082b24055","name":"","measurement":"SolarEdge","precision":"ms","retentionPolicy":"","database":"","retentionPolicyV18Flux":"","org":"","bucket":"","x":1170,"y":120,"wires":[]},{"id":"3fb4096723c69310","type":"comment","z":"cbf5417ec7d111d1","name":"Ab hier Automatisch -> und funktioniert in Influxdb","info":"","x":260,"y":40,"wires":[]},{"id":"581724c7cdbe9d09","type":"function","z":"cbf5417ec7d111d1","name":"Ausgabe I_AC-, I_DC-, I_Temperatur","func":"// Create new Buffer based on array bytes\nconst buf = Buffer.from(msg.payload.buffer);\n\n// Create influxdb JSON\nmsg.payload = [\n    [{\n        // 'AC Total Current':      round(uint16(40072) * scalefactor(40076), 2),\n        // 'AC Current phase A':    round(uint16(40073) * scalefactor(40076), 2),\n        // 'AC Current phase B':    round(uint16(40074) * scalefactor(40076), 2),\n        // 'AC Current phase C':    round(uint16(40075) * scalefactor(40076), 2),\n        // 'AC Voltage phase A':    round(uint16(40080) * scalefactor(40083), 2),\n        // 'AC Voltage phase B':    round(uint16(40081) * scalefactor(40083), 2),\n        // 'AC Voltage phase C':    round(uint16(40082) * scalefactor(40083), 2),\n        'I_AC Power output':        round(int16(40083) * scalefactor(40084), 2),\n        // 'AC Lifetimeproduction': round(uint32(40094) * scalefactor(40096), 2),\n        // 'DC Current':            round(uint16(40097) * scalefactor(40098), 2),\n        // 'DC Voltage':            round(uint16(40099) * scalefactor(40100), 2),\n        'I_DC Power input':         round(int16(40100) * scalefactor(40101), 2),\n        // 'Battery temp':         round(int16(60828) * scalefactor(60828), 2),\n        //'M_AC_Power':             round(int16(40207) * scalefactor(40211), 2),\n        'I_Temp':                   round(int16(40103) * scalefactor(40106), 2), \n        //'M_Exported':             round(uint32(40226)* scalefactor(40242), 2)/1000,\n        //'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n        // 'Status':                round(uint16(40109), 2),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;\n\nfunction word(address) {\n    // Find the correct offset in bytes\n    // ORIGINAL -> 40070 is the starting address we fetch from SolarEdge inverter\n    //40084 is the starting address we fetch from SolarEdge inverter\n    return (address-40083) * 2;\n}\n\nfunction scalefactor(address) {\n    return Math.pow(10, buf.readInt16BE(word(address)));\n}\n\nfunction int16(address) {\n    return buf.readInt16BE(word(address))\n}\n\nfunction uint16(address) {\n    return buf.readUInt16BE(word(address));\n}\n\nfunction int32(address) {\n    return buf.readInt32BE(word(address))\n}\n\nfunction uint32(address) {\n    return buf.readUInt32BE(word(address))\n}\n\nfunction round(value, decimals) {\n return Number(Math.round(value+'e'+decimals)+'e-'+decimals);\n} ","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":690,"y":160,"wires":[["086c953c5babe1bd","92ef9715d1c3e1cd"]]},{"id":"e9b9f407368a3165","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read ab h40083","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"40083","quantity":"50","rate":"601","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":230,"y":160,"wires":[[],["581724c7cdbe9d09"]]},{"id":"34a76fd7d6b5b3c1","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read nur M_AC_Power","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"40206","quantity":"20","rate":"601","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":260,"y":220,"wires":[[],["90a25693f0dbdfe5"]]},{"id":"90a25693f0dbdfe5","type":"function","z":"cbf5417ec7d111d1","name":"Ausgabe M_AC_Power","func":"// Create new Buffer based on array bytes\nconst buf = Buffer.from(msg.payload.buffer);\n\n// Create influxdb JSON\nmsg.payload = [\n    [{\n        // 'AC Total Current':      round(uint16(40072) * scalefactor(40076), 2),\n        // 'AC Current phase A':    round(uint16(40073) * scalefactor(40076), 2),\n        // 'AC Current phase B':    round(uint16(40074) * scalefactor(40076), 2),\n        // 'AC Current phase C':    round(uint16(40075) * scalefactor(40076), 2),\n        // 'AC Voltage phase A':    round(uint16(40080) * scalefactor(40083), 2),\n        // 'AC Voltage phase B':    round(uint16(40081) * scalefactor(40083), 2),\n        // 'AC Voltage phase C':    round(uint16(40082) * scalefactor(40083), 2),\n        //'I_AC Power output':        round(int16(40083) * scalefactor(40084), 2),\n        // 'AC Lifetimeproduction': round(uint32(40094) * scalefactor(40096), 2),\n        // 'DC Current':            round(uint16(40097) * scalefactor(40098), 2),\n        // 'DC Voltage':            round(uint16(40099) * scalefactor(40100), 2),\n        //'I_DC Power input':         round(int16(40100) * scalefactor(40101), 2),\n        // 'Battery temp':         round(int16(60828) * scalefactor(60828), 2),\n        'M_AC_Power':             round(int16(40206) * scalefactor(40210), 2),\n        //'I_Temp':                   round(int16(40103) * scalefactor(40106), 2), \n        //'M_Exported':             round(uint32(40226)* scalefactor(40242), 2)/1000,\n        //'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n        // 'Status':                round(uint16(40109), 2),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;\n\nfunction word(address) {\n    // Find the correct offset in bytes\n    // ORIGINAL -> 40070 is the starting address we fetch from SolarEdge inverter\n    //40084 is the starting address we fetch from SolarEdge inverter\n    return (address-40206) * 2;\n}\n\nfunction scalefactor(address) {\n    return Math.pow(10, buf.readInt16BE(word(address)));\n}\n\nfunction int16(address) {\n    return buf.readInt16BE(word(address))\n}\n\nfunction uint16(address) {\n    return buf.readUInt16BE(word(address));\n}\n\nfunction int32(address) {\n    return buf.readInt32BE(word(address))\n}\n\nfunction uint32(address) {\n    return buf.readUInt32BE(word(address))\n}\n\nfunction round(value, decimals) {\n return Number(Math.round(value+'e'+decimals)+'e-'+decimals);\n} ","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":710,"y":220,"wires":[["92ef9715d1c3e1cd","086c953c5babe1bd"]]},{"id":"75431c6d6eacb061","type":"solaredge-power","z":"cbf5417ec7d111d1","site":"ae5e5b0eea24af68","interval":900,"command":"envBenefits","name":"SolarEdge-API CO2","x":150,"y":280,"wires":[["3b3211d9490dbc95"]]},{"id":"3b3211d9490dbc95","type":"function","z":"cbf5417ec7d111d1","name":"Ausgabe CO2 in JSON","func":"// Create new Buffer based on array bytes\n// const buf = Buffer.from(msg.payload.envBenefits.gasEmissionSaved);\n\n// Create influxdb JSON\nmsg.payload = [\n    [{\n        //  'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n        'CO2 Erspart': msg.payload.envBenefits.gasEmissionSaved.co2,\n        'Einheit': msg.payload.envBenefits.gasEmissionSaved.units,\n        // 'Status':                round(uint16(40109), 2),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\nreturn msg;\n\n\n//payload.envBenefits.gasEmissionSaved.co2\n//payload.envBenefits.gasEmissionSaved.units","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":710,"y":280,"wires":[["92ef9715d1c3e1cd","086c953c5babe1bd","6178295ac005168a"]]},{"id":"a589a552e576e7e9","type":"solaredge-power","z":"cbf5417ec7d111d1","site":"ae5e5b0eea24af68","interval":"901","command":"currentPowerFlow","name":"Leistungs Werte","x":140,"y":340,"wires":[["cb27aa8684d2bf8e"]]},{"id":"cb27aa8684d2bf8e","type":"function","z":"cbf5417ec7d111d1","name":"Leistungswerte in JSON","func":"// Create influxdb JSON\nmsg.payload = [\n    [{\n        //  'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n        'Verbrauch Haus': msg.payload.siteCurrentPowerFlow.LOAD.currentPower,\n        'Leistung vom Netz': msg.payload.siteCurrentPowerFlow.GRID.currentPower,\n        'Leistung vom Dach': msg.payload.siteCurrentPowerFlow.PV.currentPower,\n        'Leistung vom Speicher': msg.payload.siteCurrentPowerFlow.STORAGE.currentPower,\n        //'Einheit': msg.payload.siteCurrentPowerFlow.unit,\n        // 'Status':                round(uint16(40109), 2),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\nreturn msg;","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":710,"y":340,"wires":[["92ef9715d1c3e1cd","086c953c5babe1bd"]]},{"id":"47477fe824209aca","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read nur Speicher Temp","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"62828","quantity":"4","rate":"591","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":240,"y":400,"wires":[[],["8590dfced25ab845"]]},{"id":"8590dfced25ab845","type":"buffer-parser","z":"cbf5417ec7d111d1","name":"","data":"payload.buffer","dataType":"msg","specification":"spec","specificationType":"ui","items":[{"type":"floatle","name":"B_Average_Temp","offset":0,"length":2,"offsetbit":0,"scale":"1","mask":""}],"swap1":"swap16","swap2":"","swap3":"","swap1Type":"swap","swap2Type":"swap","swap3Type":"swap","msgProperty":"payload","msgPropertyType":"str","resultType":"value","resultTypeType":"return","multipleResult":false,"fanOutMultipleResult":false,"setTopic":true,"outputs":1,"x":570,"y":400,"wires":[["6d1148ec0952cb04"]]},{"id":"6d1148ec0952cb04","type":"function","z":"cbf5417ec7d111d1","name":"Wert vom ersten Feld in °C ausgeben","func":"// Create influxdb JSON\nmsg.payload = [\n    [{\n    'Temperatur Speicher': msg.payload[0][0],\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":850,"y":400,"wires":[["086c953c5babe1bd","92ef9715d1c3e1cd"]]},{"id":"5b84dadcefcea899","type":"buffer-parser","z":"cbf5417ec7d111d1","name":"","data":"payload.buffer","dataType":"msg","specification":"spec","specificationType":"ui","items":[{"type":"floatle","name":"B_Speicher","offset":0,"length":2,"offsetbit":0,"scale":"1","mask":""}],"swap1":"swap16","swap2":"","swap3":"","swap1Type":"swap","swap2Type":"swap","swap3Type":"swap","msgProperty":"payload","msgPropertyType":"str","resultType":"value","resultTypeType":"return","multipleResult":false,"fanOutMultipleResult":false,"setTopic":true,"outputs":1,"x":550,"y":460,"wires":[["a2542dfa1d022d22"]]},{"id":"a2542dfa1d022d22","type":"function","z":"cbf5417ec7d111d1","name":"Wert vom ersten Feld in kWh  ausgeben","func":"// Create influxdb JSON\nmsg.payload = [\n    [{\n    'Speicher in kWh': (msg.payload[0][0]/(100)*(9.53)),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":840,"y":460,"wires":[["086c953c5babe1bd","92ef9715d1c3e1cd"]]},{"id":"53ffca4b813e6db9","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read  Speicher  kWh","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"62852","quantity":"4","rate":"592","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":230,"y":460,"wires":[[],["5b84dadcefcea899"]]},{"id":"e8c0ca413e61e03d","type":"modbus-read","z":"cbf5417ec7d111d1","name":"Ladeleistung Speicher","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"62836","quantity":"2","rate":"603","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":180,"y":520,"wires":[[],["30c464b992dea821"]]},{"id":"30c464b992dea821","type":"buffer-parser","z":"cbf5417ec7d111d1","name":"","data":"payload.buffer","dataType":"msg","specification":"spec","specificationType":"ui","items":[{"type":"floatle","name":"B_Speicher_Leistung","offset":0,"length":1,"offsetbit":0,"scale":"1","mask":""}],"swap1":"swap16","swap2":"","swap3":"","swap1Type":"swap","swap2Type":"swap","swap3Type":"swap","msgProperty":"payload","msgPropertyType":"str","resultType":"value","resultTypeType":"return","multipleResult":true,"fanOutMultipleResult":true,"setTopic":true,"outputs":1,"x":490,"y":520,"wires":[["07bd8571a65798e8"]]},{"id":"07bd8571a65798e8","type":"function","z":"cbf5417ec7d111d1","name":"Ladeleistung  in kW ausgeben","func":"// Create influxdb JSON\nmsg.payload = [\n    [{\n    'Speicher-Leistung': (msg.payload/1000),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":770,"y":520,"wires":[["92ef9715d1c3e1cd","086c953c5babe1bd"]]},{"id":"6178295ac005168a","type":"mqtt out","z":"cbf5417ec7d111d1","name":"An FHEM über MQTT","topic":"/","qos":"1","retain":"","respTopic":"","contentType":"","userProps":"","correl":"","expiry":"","broker":"2d07bb701b11af6f","x":1260,"y":540,"wires":[]},{"id":"2b0aedef57239223","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read ab h40083","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"40083","quantity":"40","rate":"14901","rateUnit":"ms","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":210,"y":620,"wires":[[],["b14565a2039d9576"]]},{"id":"b14565a2039d9576","type":"function","z":"cbf5417ec7d111d1","name":"Ausgabe  I_DC für Panele-Leistung","func":"// Create new Buffer based on array bytes\nconst buf = Buffer.from(msg.payload.buffer);\n\n// Create influxdb JSON\nmsg.payload = [\n    [{\n        // 'AC Total Current':      round(uint16(40072) * scalefactor(40076), 2),\n        // 'AC Current phase A':    round(uint16(40073) * scalefactor(40076), 2),\n        // 'AC Current phase B':    round(uint16(40074) * scalefactor(40076), 2),\n        // 'AC Current phase C':    round(uint16(40075) * scalefactor(40076), 2),\n        // 'AC Voltage phase A':    round(uint16(40080) * scalefactor(40083), 2),\n        // 'AC Voltage phase B':    round(uint16(40081) * scalefactor(40083), 2),\n        // 'AC Voltage phase C':    round(uint16(40082) * scalefactor(40083), 2),\n        //'I_AC Power output':        round(int16(40083) * scalefactor(40084), 2),\n        // 'AC Lifetimeproduction': round(uint32(40094) * scalefactor(40096), 2),\n        // 'DC Current':            round(uint16(40097) * scalefactor(40098), 2),\n        // 'DC Voltage':            round(uint16(40099) * scalefactor(40100), 2),\n        'I_DC Power input':         round(int16(40100) * scalefactor(40101), 2),\n        // 'Battery temp':         round(int16(60828) * scalefactor(60828), 2),\n        //'M_AC_Power':             round(int16(40207) * scalefactor(40211), 2),\n        //'I_Temp':                   round(int16(40103) * scalefactor(40106), 2), \n        //'M_Exported':             round(uint32(40226)* scalefactor(40242), 2)/1000,\n        //'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n        // 'Status':                round(uint16(40109), 2),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;\n\nfunction word(address) {\n    // Find the correct offset in bytes\n    // ORIGINAL -> 40070 is the starting address we fetch from SolarEdge inverter\n    //40084 is the starting address we fetch from SolarEdge inverter\n    return (address-40100) * 2;\n}\n\nfunction scalefactor(address) {\n    return Math.pow(10, buf.readInt16BE(word(address)));\n}\n\nfunction int16(address) {\n    return buf.readInt16BE(word(address))\n}\n\nfunction uint16(address) {\n    return buf.readUInt16BE(word(address));\n}\n\nfunction int32(address) {\n    return buf.readInt32BE(word(address))\n}\n\nfunction uint32(address) {\n    return buf.readUInt32BE(word(address))\n}\n\nfunction round(value, decimals) {\n return Number(Math.round(value+'e'+decimals)+'e-'+decimals);\n} ","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":760,"y":620,"wires":[["6178295ac005168a"]]},{"id":"361ee28d58ca23cc","type":"modbus-read","z":"cbf5417ec7d111d1","name":"Ladeleistung Speicher","topic":"","showStatusActivities":false,"logIOActivities":false,"showErrors":false,"showWarnings":true,"unitid":"1","dataType":"HoldingRegister","adr":"62836","quantity":"2","rate":"603","rateUnit":"s","delayOnStart":false,"enableDeformedMessages":false,"startDelayTime":"","server":"d37bdace40c5d6c7","useIOFile":false,"ioFile":"","useIOForPayload":false,"emptyMsgOnFail":false,"x":240,"y":2020,"wires":[[],[]]},{"id":"eaf02e1d4bda4df8","type":"function","z":"cbf5417ec7d111d1","name":"Ladeleistung  in kW ausgeben","func":"// Create influxdb JSON\nmsg.payload = [\n    [{\n    'Speicher-Leistung': (msg.payload/1000),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":790,"y":2020,"wires":[[]]},{"id":"7019582fadbc3606","type":"modbus-read","z":"cbf5417ec7d111d1","name":"Ladeleistung 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// 'AC Total Current':      round(uint16(40072) * scalefactor(40076), 2),\n        // 'AC Current phase A':    round(uint16(40073) * scalefactor(40076), 2),\n        // 'AC Current phase B':    round(uint16(40074) * scalefactor(40076), 2),\n        // 'AC Current phase C':    round(uint16(40075) * scalefactor(40076), 2),\n        // 'AC Voltage phase A':    round(uint16(40080) * scalefactor(40083), 2),\n        // 'AC Voltage phase B':    round(uint16(40081) * scalefactor(40083), 2),\n        // 'AC Voltage phase C':    round(uint16(40082) * scalefactor(40083), 2),\n        //'I_AC Power output':        round(int16(40083) * scalefactor(40084), 2),\n        // 'AC Lifetimeproduction': round(uint32(40094) * scalefactor(40096), 2),\n        // 'DC Current':            round(uint16(40097) * scalefactor(40098), 2),\n        // 'DC Voltage':            round(uint16(40099) * scalefactor(40100), 2),\n        //'I_DC Power input':         round(int16(40100) * scalefactor(40101), 2),\n        // 'Battery temp':         round(int16(60828) * scalefactor(60828), 2),\n        'M_AC_Power':             round(int16(40207) * scalefactor(40211), 2),\n        //'I_Temp':                   round(int16(40103) * scalefactor(40106), 2), \n        //'M_Exported':             round(uint32(40226)* scalefactor(40242), 2)/1000,\n        //'M_Imported':             round(uint32(40234)* scalefactor(40242), 2)/1000,\n        // 'Status':                round(uint16(40109), 2),\n         \n        time: new Date()\n    },\n    {\n        inverter: '1'\n    }]\n];\n\nreturn msg;\n\nfunction word(address) {\n    // Find the correct offset in bytes\n    // ORIGINAL -> 40070 is the starting address we fetch from SolarEdge inverter\n    //40084 is the starting address we fetch from SolarEdge inverter\n    return (address-40207) * 2;\n}\n\nfunction scalefactor(address) {\n    return Math.pow(10, buf.readInt16BE(word(address)));\n}\n\nfunction int16(address) {\n    return buf.readInt16BE(word(address))\n}\n\nfunction uint16(address) {\n    return buf.readUInt16BE(word(address));\n}\n\nfunction int32(address) {\n    return buf.readInt32BE(word(address))\n}\n\nfunction uint32(address) {\n    return buf.readUInt32BE(word(address))\n}\n\nfunction round(value, decimals) {\n return Number(Math.round(value+'e'+decimals)+'e-'+decimals);\n} ","outputs":1,"timeout":0,"noerr":0,"initialize":"","finalize":"","libs":[],"x":720,"y":740,"wires":[["6178295ac005168a"]]},{"id":"4ca41d67efeda56c","type":"modbus-read","z":"cbf5417ec7d111d1","name":"SolarEdge mit Modbus-Read ab 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#19

Marktplatz - Güter / [suche] 2-3 Maple Mini

Letzter Beitrag von fhem_user0815 - 09 Dezember 2025, 21:13:08

Hallo,
ich suche 2-3 Maple Minis (keine Bluepills) für den MapleSduino

#20

Sonstige Systeme / Aw: Entwicklungs-Thread Modul ...

Letzter Beitrag von Starkstrombastler - 09 Dezember 2025, 20:54:57

Ich versuchen den shellyprodm2pm DIMMER mit 2 Kanälen zum Laufen zu bringen

Da hat das Modul tatsächlich noch etwas Bedarf zum Nachschärfen. Bislang hat halt noch niemand danach gefragt.

Das Erstellen von Readings-Proxy Devices ist eine reine Fhem-Angelegenheit, das Shelly hat nichts damit zu tun. Das Modul stellt lediglich eine Reihe von Fhem-Commands bereit.

Ich schaue mir gerne ein fertig konfiguriertes Readings-Proxy Device für den Shelly-Dimmer an und übernehme dann für den xtrachannels - Befehl.