Hello
I have 4 Tesla Model S modules. I am going to have a 48V setup.
I am usingSimpleBMS to control Victron Inverter and MPPT.
Can anyone help me by reviewing mysettings for the BMS?
1 Over Voltage Setpoint = Overvoltage limit per cell in mV 4200mV
2 Under Voltage Setpoint = Under-voltage limit per cell in mV 3000mV
3 Over Temperature Setpoint = Setpoint at which allowed discharge and charge current is reduced to zero 65.00C
4 - Under Temperature Setpoint = Setpoint at which allowed discharge and charge current is reduced to zero -10.00C
5 Balance Voltage Setpoint = Setpoint of cell voltage in mV at which during charging cells will start balancing. 3.900mV
6 Balance Voltage Hysteresis = Voltage required to be above the lowest cell to allow balancing of cell in mV 40mV
7 Battery Capacity = each group of parallel cells monitored per slave capacity in Ah 100
8 Max Discharge = maximum discharge current in A, transmitted current limit will taper from max current starting at discharge temp to zero at over temperature. 30.00A
9 discharge voltage limit = used to calculate max discharge setpoint, voltage per cell will get converted to pack level by BMS 3200mV
I have 4 Tesla Model S modules. I am going to have a 48V setup.
I am usingSimpleBMS to control Victron Inverter and MPPT.
Can anyone help me by reviewing mysettings for the BMS?
1 Over Voltage Setpoint = Overvoltage limit per cell in mV 4200mV
2 Under Voltage Setpoint = Under-voltage limit per cell in mV 3000mV
3 Over Temperature Setpoint = Setpoint at which allowed discharge and charge current is reduced to zero 65.00C
4 - Under Temperature Setpoint = Setpoint at which allowed discharge and charge current is reduced to zero -10.00C
5 Balance Voltage Setpoint = Setpoint of cell voltage in mV at which during charging cells will start balancing. 3.900mV
6 Balance Voltage Hysteresis = Voltage required to be above the lowest cell to allow balancing of cell in mV 40mV
7 Battery Capacity = each group of parallel cells monitored per slave capacity in Ah 100
8 Max Discharge = maximum discharge current in A, transmitted current limit will taper from max current starting at discharge temp to zero at over temperature. 30.00A
9 discharge voltage limit = used to calculate max discharge setpoint, voltage per cell will get converted to pack level by BMS 3200mV