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Thermal Management

Simulate battery cooling systems for modules or packs

Simscape™ Battery™ includes blocks and models of battery cooling systems for simulations of battery thermal management. You can use these blocks to develop algorithms to control the temperature of the battery by activating heaters or coolants or add detailed thermal boundary conditions and thermal interfaces to the battery Module or ParallelAssembly blocks. The cooling plate blocks contain both thermal and thermal-liquid domain connections. Use the thermal domain nodes to interface to or from battery blocks that include a thermal model. Use the thermal-liquid domain nodes to specify coolant inlet and outlet properties and operating conditions.

The cooling plate blocks in this library are flat cooling plates. These blocks support three main flow configurations: parallel channels, U-shaped rectangular channels, and edge cooling. In the edge cooling configuration, the coolant flows at one end of the flat plate and all the heat from the battery cells is transferred via conduction within the cooling plate material. You can discretize these cooling plates into elements to closely capture temperature spreads resulting from the dynamic interaction with the battery and the coolant flow.

Simscape Blocks

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Battery Coolant ControlBattery coolant control algorithm (Since R2022b)
Battery Heater ControlBattery heater control algorithm (Since R2022b)
Edge CoolingCooling plate with edge cooling (Since R2022b)
Parallel ChannelsCooling plate with multiple parallel channels (Since R2022b)
U-shaped ChannelsCooling plate with flat channels (Since R2022b)

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