Open Burpman2000 opened 10 months ago
Hey,
I think I show you some voltages and with logical values you can check the values. and probably do active power to 80% of max of your inverter output.
So you want to know the l1,l2,l3 voltages?
thanks
Dear Edwin
It would be nice if 80% would work, but in the afternoon between 13:00 and 16:00 our neighborhood is so heavily overloaded that even at 20% 253 volts are sometimes reached ;-(
See yesterday's chart, that doesn't make me very happy after making such an investment.
Panels were installed just three weeks ago (18 panels, 9 east and 9 west, 500 wp Bisol, and everything is already prepared for the arrival of a battery) Even in September the voltage was too high, so that doesn't look good for next year.
Enexis reports "Voltage problems are known in your neighbourhood".
I am already emailing Enexis, but get the standard answer, the problem is known, and we will keep you informed, but plus and minus 10% (of 230 Volt) is allowed, But with us it sometimes taps 204 Volt , goes beyond that 10%
Yes, I would really like to know all three voltages in my Homey. Via the raspberry I already read this out via the modbus of the Solaredge. But if I could also see it in the Homey and use it in flows that would be great.
Regards Wilco
will do. expect in the weekend to add them.
Ha, that's nice!!!
Thank you.
here we go , can you test this 1 https://homey.app/a/solaredge.modbus/test/
Hello Edwin.
I think we're almost there. I think the Homey app now shows lX_voltage and I would really like to see the lXn_voltage, see images below.
Is the lX_voltage perhaps the voltage of the Current transformer (CTs) meter, and the lXn_voltage the converted (actual) voltage?
Regards Wilco
so the ones from your meter. will do it now.
please try this one https://homey.app/a/solaredge.modbus/test/
jesss, in version 3.0.43 I can read the voltages as I wanted, great that you did this so quickly, thank you!!!
First of all thank you very much for this great app!!!
I have a Solaredge 3-phase inverter, Phase 3 generally has a much higher voltage than the other 2 phases (Often above 253 volts, thus switching off the inverter), if I charge the car on this phase, phase 1 will still run high. So I will have to create an advanced flow that goes something like: if the voltage of Phase 1 is higher than 252 volts OR if the voltage of Phase 2 is higher than 252 volts OR if the voltage of Phase 3 is higher than 252 volts THEN reduce production output to 20%
Below is my log of the past 24 hours, voltage per phase per minute put in a DB and graphically displayed via Highcharts, huge differences over the day.
https://wilco-boerman.nl/media/voltage24uur.jpg
Sincerely, WilcoB