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Battery Cooling Plate Design with Simscape

View Battery Thermal Management System with Simscape on File Exchange

Open in MATLAB Online

This project helps you learn how to use Simscape Battery™ to design a battery pack with thermal considerations. A battery pack contains multiple cells in series and parallel, and these cells generate heat. All cells must be cooled uniformly so that the temperature difference across the pack remains small. Uniform cell temperatures help reduce cell degradation variation and support robust control by the battery management system (BMS).
Design Cooling Plate Flow Network Battery Plate Thermal Analysis Cooling Plate Thermal Analysis

This project provides workflows for designing, modeling, simulating, and performing thermal analysis of a battery pack with detailed cooling plate using MATLAB® and Simscape™. There are four steps involved in the design process:
  1. Build a battery pack in the Battery Builder app with spatial thermal discretization for each cell.
  2. Generate a cooling plate component based on your flow channel design.
  3. Run simulation for the battery pack with detailed cooling plate.
  4. Analyze the thermal repsonse of the pack under various loading conditions.

These steps are automated, enabling rapid design iteration and faster pack development.

To Get Started

  • Clone the project repository.
  • Open BatteryCoolingPlateSimscape.prj to get started with the project.
  • Requires MATLAB® release R2025a or newer.

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