Simscape Battery
Simscape Battery offers tools and parameterized models for designing and testing battery systems. Tune cell behavior to match real data, simulate pack architectures, develop BMS, and analyze performance under normal and fault conditions.
Battery Pack Model Builder lets you explore pack topologies and automatically generate models with integrated thermal and electrical connections.
Use built-in examples for cell balancing, SOC estimation, and BMS development. Perform trade-off studies, HIL testing, and generate efficient C/C++ code.
Battery Cells
Model battery cell electrochemistry with charge dynamics, hysteresis, aging, and thermal effects. Parameterize using manufacturer data.
Battery Packs
Generate battery pack models with MATLAB. Define architecture, simulate heat transfer, visualize layout, and adjust model fidelity.
Cooling Plates
Model cooling plates with custom fluid paths and thermal links to the battery. Analyze temperature variation and cooling efficiency.
Battery Management
Develop SOC/SOH estimation, cell balancing, and thermal management algorithms. Generate code for embedded controllers.
Virtual Testing
Verify system behavior in hard-to-test conditions by running parallel simulations on multicore machines or clusters.
Model Deployment
Convert Simscape models to C code for HIL testing on dSPACE®, Speedgoat, OPAL-RT, and others—validating controls before physical tests.
Simscape Platform
Test and optimize multi-domain system integration in one environment. Detect and resolve integration issues.
MATLAB and Simulink
Automate model assembly, testing, and post-processing with MATLAB. Use Simulink to integrate control and hardware design.
From Research To Production
Use Simscape to refine requirements, design controls, test embedded code, and support digital twin operations.
