Protection
R2026bBattery protection algorithms
Develop algorithms to protect your batteries from dangerous symptoms such as overcurrent, overtemperature, undertemperature, overvoltage, and undervoltage.
Blocks
 | Battery Cell Contact Monitoring | Monitor for battery cell contact (Since R2024a) |
 | Battery Current Monitoring | Monitor for battery current (Since R2022b) |
 | Battery Temperature Monitoring | Monitor for battery temperature (Since R2022b) |
 | Battery Voltage Monitoring | Monitor for battery voltage (Since R2022b) |
 | Fault Qualification | Fault qualification algorithm (Since R2022b) |
Featured Examples
Detect Disconnected Cells in Battery Module
Detect disconnected cells in a battery module. Cells can disconnect due to faulty wiring, corrosion, or physical damage to the cell. To prevent further damage to the battery pack, the battery management system (BMS) must detect the disconnected cells and take appropriate action.
Battery Monitoring
Use battery management system blocks to monitor the current and temperature of a battery. A random current and temperature profile is applied to the battery which is then simulated for 6 hours.
