Omnik inverter ha
[{"id":"2a4285cd.7cbdea","type":"subflow","name":"live","info":"Opens local port 8899 for Omnik inverter to connect to and send statistics.\n\n# Inverter configuration\n* Log on to Omnik inverter\n* Open menu Advanced | Remote Server\n* On the Server B row:\n * Set IP address to the IP address of your server.\n * Set Domain name to the domain name of your server (or leave blank).\n * Set Port to 8899.\n * Set Connection to TCP.\n * Click Save\n\n# Output\nData from the Omnik inverter is parsed and available as below properties of the msg-object.\n\nNote, the inverter only connects and outputs data when enough sunlight is received for the internals to be awake. No data is returned at night.\n\n## Production\n* msg.omnik.currentProduction - Current production in W\n* msg.omnik.productionToday - Today's production in kWh\n* msg.omnik.productionTotal - Total production in kWh\n\n## Operational\n* msg.omnik.temperature - Current temperature in C\n* msg.omnik.hoursActive - Total hours running\n\n## Power\n* msg.omnik.pvVoltageDc1\n* msg.omnik.pvVoltageDc2\n* msg.omnik.pvVoltageDc3\n* msg.omnik.ivAmpsDc1\n* msg.omnik.ivAmpsDc2\n* msg.omnik.ivAmpsDc3\n* msg.omnik.pvVoltageAc1\n* msg.omnik.pvVoltageAc2\n* msg.omnik.pvVoltageAc3\n* msg.omnik.ivAmpsAc1\n* msg.omnik.ivAmpsAc2\n* msg.omnik.ivAmpsAc3\n* msg.omnik.frequencyAc\n\n## Inverter\n* msg.omnik.wifiSerialNumber\n* msg.omnik.inverterMainFirmwareVersion\n* msg.omnik.inverterSlaveFirmwareVersion\n* msg.omnik.inverterStatus\n\n## Debug\n* msg.omnik.rawBuffer\n* msg.omnik.rawString","category":"omnik","in":[],"out":[{"x":400,"y":60,"wires":[{"id":"d625a814.e8f098","port":0}]}]},{"id":"ff1b0584.ad0a48","type":"tcp in","z":"2a4285cd.7cbdea","name":"","server":"server","host":"","port":"8899","datamode":"single","datatype":"buffer","newline":"\x16","topic":"","base64":false,"x":80,"y":60,"wires":[["d625a814.e8f098"]]},{"id":"d625a814.e8f098","type":"function","z":"2a4285cd.7cbdea","name":"Parse Omnik data","func":"var omnik = msg.payload;\n\nmsg.omnik = {};\n\n// Production\nmsg.omnik.currentProduction = omnik.readInt16BE(59); // W\nmsg.omnik.productionToday = omnik.readInt16BE(69) / 100; // kWh\nmsg.omnik.productionTotal = omnik.readInt32BE(71) / 10; // kWh\n// Current operation\nmsg.omnik.temperature = omnik.readInt16BE(31) / 10; // C\nmsg.omnik.hoursActive = omnik.readInt32BE(75);\n// Power\nmsg.omnik.pvVoltageDc1 = omnik.readInt16BE(33) / 10;\nmsg.omnik.pvVoltageDc2 = omnik.readInt16BE(35) / 10;\nmsg.omnik.pvVoltageDc3 = omnik.readInt16BE(37) / 10;\nmsg.omnik.ivAmpsDc1 = omnik.readInt16BE(39) / 10;\nmsg.omnik.ivAmpsDc2 = omnik.readInt16BE(41) / 10;\nmsg.omnik.ivAmpsDc3 = omnik.readInt16BE(43) / 10;\nmsg.omnik.pvVoltageAc1 = omnik.readInt16BE(51) / 10;\nmsg.omnik.pvVoltageAc2 = omnik.readInt16BE(53) / 10;\nmsg.omnik.pvVoltageAc3 = omnik.readInt16BE(55) / 10;\nmsg.omnik.ivAmpsAc1 = omnik.readInt16BE(45) / 10;\nmsg.omnik.ivAmpsAc2 = omnik.readInt16BE(47) / 10;\nmsg.omnik.ivAmpsAc3 = omnik.readInt16BE(49) / 10;\nmsg.omnik.frequencyAc = omnik.readInt16BE(57) / 100;\n// Inverter\nmsg.omnik.wifiSerialNumber = omnik.readInt32LE(4);\nmsg.omnik.inverterSerialNumber = omnik.toString("utf8", 15, 31);\nmsg.omnik.inverterMainFirmwareVersion = omnik.toString("utf8", 101, 116);\nmsg.omnik.inverterSlaveFirmwareVersion = omnik.toString("utf8", 117, 136);\nmsg.omnik.inverterStatus = omnik.toString("utf8", 155, 170);\n// Debug\nmsg.omnik.rawBuffer = omnik;\nmsg.omnik.rawString = omnik.toString();\n\nreturn msg;","outputs":1,"noerr":0,"x":260,"y":60,"wires":[[]]},{"id":"4eb05ef.32d9ea","type":"subflow:2a4285cd.7cbdea","z":"14cd401d.1b1e3","name":"","x":110,"y":1140,"wires":[["d48d9e1c.99c0d"]]},{"id":"d48d9e1c.99c0d","type":"debug","z":"14cd401d.1b1e3","name":"","active":true,"tosidebar":true,"console":false,"tostatus":false,"complete":"omnik","x":250,"y":1140,"wires":[]}]
