It's very possible that the software programming Alta is utilizing is doing this automatically for us, in which case, we don't need to worry about it or even have to think. And I know the BMS will protect the pack. I am merely saying that we can manually control this and ensure more battery cycle life and longer life out of our packs in general. If we stop charging at the indicated 90% on the meter, my best guess is this would put the individual cell volt at about 4.10 volts. And not discharging below 10% indicated most likely means we are probably not discharging the individual cell below 3.1 to 3.15 volts or so. This makes any lithium based cell (Except Lifepo4) very happy. I wish I knew what 18650 cells Alta was using along with the series and parallel configuration. If the 350 volt rating is nominal, that means we probably have a pack that is comprised of about 92 cells in series. But if its 350 volts hot off the charger, then our packs could be comprised of about 87 cells in series. Either way, the cell parralel count would probably be different by one. Also, our packs have a 58000wh (5.8kwh) storage capacity rating, is the max storage, or usable? If I knew these numbers, I could figure what the individual cell capacity is, and ultimately determine which 18650 cell was being used and the best way to maximize performance and longevity with out ever splitting the pack's case. I will never attempt to do that. 350 volts and a potential instantaneous ability to discharge 42000 watts, there is no margin for error and this is about 20 times more watts than is required to kill a human being.
