So I have enough of the system built to start some test runs, that's what I did yesterday.
I finished setting up and started the first run at 2pm. It ran until 8pm where the inverter shut down at the programed battery low voltage setpoint of 30%.
Check it out,
https://www.youtube.com/watch?v=YlrzSxn80-sWill do a full day run today.
This is on a Solis S6 11.4 KW Inverter, 7kw of Solar Panels and 24 KW Nissan Leaf Battery.
Your video was the only thing I found for doing something like this! I didn't see your script on Github anymore though. I saw there's one guy on twitter who is making and selling hardware to do this kinda thing, but that's too expensive and complex a solution for me. I never even invested in batteries. I ended up with a free S19i, which was just sitting around now, thanks to stupid AI data centers jacking electricity to the moon.
I unofficially grid tied my solar install on my own, never doing a Smart Meter and never giving those greedy BLEEPS the satisfaction of giving me a token reward for my generation. Unfortunately for me, I've been giving the neighborhood my excess for free, until now! Since we already have to pay out the a$$ for AI around here, figured I might as well use it to build me a script. I can't program to save my life.

I now have a Powershell script tying MultiSIBControl together with Vnish's throttling, which kicks in to mine with the excess solar! It's rough, but it works. Funny enough, I've had to burn just as many hours getting the AI to make a working version, as I've spent cobbling together free scripts for webpages, lol. It even has a buffer for passing clouds. Now the arrows on the meter, for export/draw, dance back and forth, showing it's running right on the edge. Far easier and cheaper for a home miner to just open up a program on Windows and watch it go.

I miss the old analog meter though, these digital replacements suck. They don't credit you properly like the analogs did, and if you want credit, you have to bend over and take it from the power company.
