Register now for the upcoming webinar

From Algorithms to Battery Cell Emulation to Scalable HIL Testing 

Develop better battery management system algorithms and continuously validate their performance under realistic operating and fault conditions. 

Join this webinar to see, through practical examples and live demonstrations, how you can emulate battery behavior, connect real BMS hardware, and automate hardware-in-the-loop (HIL) testing.

Discover a connected workflow with Simulink^®, Simscape Battery, and Speedgoat BMS test systems—starting on your desktop and scaling to complete system integration.

Start on Your Desktop. Scale with Your Ambition.

Begin with a desktop battery-cell emulation setup, reference examples, and graphical interfaces to get your first tests running. Use Simulink and Simscape Battery to model electrical and thermal behavior, develop BMS algorithms, and execute models in real time.

Build on that foundation at your own pace. Expand cell emulation, combine real and emulated cell monitoring units (CMUs), and add temperature sensor emulation and fault insertion. Scale from desktop systems to rack configurations supporting up to 252 cells and pack voltages up to 1,300 V.

Scalable BMS Testing 

Scalable BMS test systems: Desktop to large-rack configurations supporting 12–252 cells and pack voltages up to 1,300 V, with cell and CMU emulation, temperature sensor emulation, fault insertion, power emulation, and I/O/protocol integration.

Extend Coverage from Components to Complete Systems

Apply the same workflow across your BMS architecture:

• BMU-HIL: Validate battery management units with real or emulated CMUs, including communication and control behavior.
• CMU-HIL: Test individual CMUs with emulated cell voltages, temperature signals, and fault conditions.
• BMS-HIL: Test distributed architectures by combining real hardware, cell emulation, and CMU emulation.
• System integration: Add pack voltage and power emulation, further I/O and protocols, and electrical, mechanical, or hydraulic models to test interactions with the wider system. 

Trusted Innovation at Scale: Keep Innovating. Keep Testing.

Reuse models and tests within your Simulink workflow as your setup evolves. Move from interactive exploration to automated, requirements-based validation, regression testing, and CI/CD workflows. Continuously assess state-of-charge estimation, cell balancing, communication, and fault responses under repeatable normal and fault conditions.

Register now to discover how one scalable approach supports your next algorithm, your next architecture, and your next application. 

About the Presenters