Nope, found my problem with the install of mainsail being a permissions thing.
I’m still running the stock board, but have upgraded to a remote direct drive extruder.
Nope, found my problem with the install of mainsail being a permissions thing.
I’m still running the stock board, but have upgraded to a remote direct drive extruder.
I have enphase inverters as well. I don’t find their data to be useful.
I went the route of installing two circuit setup boards running esp8266. One is installed in the subpanel in the garage where the solar feeds, the other is installed at the main panel on the main cables before any loads.
This way I can more accurately see production and usage. And can tell during production how much I’m actually utilizing before sending residual back to grid.
If I had only one panel and the solar fed directly into it, I’d use one of the 6 channel circuitsetup boards instead to monitor both solar feed and main.
Would this not require a battery as well, as usually the light is only lit while the door is open.
Making vacation even worse for said battery.
Time to code your own thermostat.
An esp32, a 4x or 8x relay board, and a 24vac to 5vdc rectifier/regulator and you’re golden.
Even has WiFi ;)
Sailor is worn out after that red sea voyage.