Battery Rating vs Capacity Monitoring
Some things: Shipping batteries in the US requires the Watt-Hour rating to be marked on the battery, and the rule is to use the "nominal" voltage. So LFP uses their 12.8v figure for that 100AH x ...
Forum Discussion
Anybody understand this? Converting the v/SOC tables to Wh from 100% and 10% to get the Wh used for 90% SOC = 90AH (all 100AH batts)\
10% SOC is:
LFP -12.1v so 10AH x 12.1v = 121 Wh from 1360 = 1239 Wh is 90AH
SiO2- 11.46v x 10 = 114.6 from 1300 = 1185.4 Wh is 90AH
AGM-11.75v x 10 = 117.5 from 1300.0 = 1182.5 Wh is 90AH
FLA- 11.51v x10 = 115.1 from 1273.0 = 1157.9 Wh is 90AH
10% SOC is:
LFP -12.1v so 10AH x 12.1v = 121 Wh from 1360 = 1239 Wh is 90AH
SiO2- 11.46v x 10 = 114.6 from 1300 = 1185.4 Wh is 90AH
AGM-11.75v x 10 = 117.5 from 1300.0 = 1182.5 Wh is 90AH
FLA- 11.51v x10 = 115.1 from 1273.0 = 1157.9 Wh is 90AH
