Battery cell balancing
Analyzes the battery cell balancing and determines the current, charge, power and energy dissipation at the balancing resistors. Data is provided for individual cells and for the battery pack.
Input(s)
|
Name |
Description |
Unit |
Type |
|---|---|---|---|
|
cellVoltages |
Voltage signals of multiple battery cells as array |
V |
Array Signal |
|
balancingInd |
Balancing indicator of multiple battery cells as array. 0 = inactive, 1 = active. |
|
Array Signal (of logicals) |
|
resistor |
Value of the balancing resistor. |
Ohm |
Analog Signal |
Output(s)
|
Name |
Description |
Unit |
Type |
|---|---|---|---|
|
balCount |
Number of cells in the battery pack currently balancing. |
|
Analog Signal |
|
balPowerTotal |
Total power dissipation at the balancing resistors during balancing for the battery pack. |
W |
Analog Signal |
|
balEnergyTotal |
Total energy dissipation at the balancing resistors during balancing for the battery pack. |
Wh |
Analog Signal |
|
balChargeTotal |
Total charge dissipation at the balancing resistors during balancing for the battery pack. |
Ah |
Analog Signal |
|
balTimeArray |
Accumulated duration of balancing for each cell. |
h |
Array Signal |
|
balCurrentArray |
Current at the balancing resistor during balancing for each cell. |
A |
Array Signal |
|
balChargeArray |
Charge dissipation in the balancing resistor during balancing for each cell. |
Ah |
Array Signal |
|
balPowerArray |
Power dissipation in the balancing resistor during balancing for each cell. |
W |
Array Signal |
|
balEnergyArray |
Energy dissipation in the balancing resistor during balancing for each cell. |
Wh |
Array Signal |
Notes
Inputs are arrays and probably require conversion with "Signal to Array". Time channel of array outputs is the combination of all input signals' rasters.