Battery

General information about Battery

The Battery is modeled using a resistor and RC circuit

Module

Bus Selector for module input

Module output

Output
Node	Variable	Label	Description	Unit
Sensor	i	Batt_iAct_A	Battery current output	A
	u	Batt_uAct_V	Battery output voltage	V
	SOC	Batt_soc_Act_Rt	State of Charge	ratio (0-1)
	ϑbatt	Batt_tAct_K	Battery temperature	K
elec out [V]	u	phys_voltage_V	voltage	V

Module Parameter

Variable	Parameter	Description	Unit
ns	dat.ns.value	Number of cells connected in series	-
np	dat.np.value	Number of cells connected in parallel	-
C	dat.capacity.value	Cell capacity	Ah
SOC(0)	dat.initialSOC.value	Initial state of charge (as % of cell capacity)	%
e	dat.ocv.soc.vec	Open circuit voltage = f(state of charge)	%
	dat.ocv.ocv.vec		V
Discharge R0 , R and C	dat.resi.discharge.soc.vec	Discharge R0 = f(state of charge) Discharge R = f(state of charge) Discharge C = f(state of charge)	%
	dat.resi.discharge.R0.vec		Ω
	dat.resi.discharge.R.vec		Ω
	dat.resi.discharge.C.vec		F
Charge R0 , R and C	dat.resi.discharge.soc.vec	Charge R0 = f(state of charge) Charge R = f(state of charge) Charge C = f(state of charge)	%
	dat.resi.charge.R0.vec		Ω
	dat.resi.charge.R.vec		Ω
	dat.resi.charge.C.vec		F