Thank you,
According to a chart on the previous page:
When SOC = 96%, each cell voltage is 3.36 volts, battery pack is a total of 13.40.
Overvoltage = 3.65, where the BMS would stop charging.
So after a month of so of normal ... say RV usage with having adequate solar system, would your batteries ever go to 50% SOC ( Cell is 3.263) and stay at this voltage?
I do not know if the BMS targets cells to be 50% SOC ( "this is the happiest state for the batteries to be in") or not.
Or with the above scenario, does the BMS keep the cell voltage at 96% during the month of usage...
Oh great....
Ok, as I am writing this I realized . The BMS just "Fences" the voltage between too low of a voltage, and too high of a voltage. It does not care if the batteries are at 96% for a long period of time being detrimental or not.. or 40% SOC.. the BMS allows the voltages to run the full gamet of being between too low, and too high. I was thinking the BMS was programmed to shoot for 50% of charge as much as possible.
Sadly, I am denser than I thought.
Thanks any way for helping me work through it tho.