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Battery Testing

Battery performance can be validated under electrical, thermal, and mechanical test conditions, evaluating everything from charging efficiency and power analysis through to thermal durability and structural packaging validation. The data gathered feeds directly into safety validation, lifetime estimation, and design optimisation for both battery cells and battery packs. 

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From Component to Vehicle Energy Management – battery testing

Mechanical Battery Testing Using Force Sensors

Batteries as power sources for motor vehicles are based on lithium-ion systems with the lithium-ion cells generally having anodes made of graphite. During the charging process, lithium ions are stored in the graphite, resulting in a volume increase. Read more of this article.

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Battery Testing in eMobility

Sustainability includes a lot of new technologies such as high-capacity/high-power batteries, fuel cells, hybrids, and electric drives, which requires a new way of testing depending on accurate measurements of new types of sensors and signals and the overall data analytics for the many different propulsion solutions and combinations.

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Battery Vibration Testing

Vibration testing of Electric Vehicle (EV) battery modules and packs, e-axles and e-drivetrains is performed during prototype development to validate product release for production.

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Battery Testing with Optical Technology

Optical sensors offer immunity to electromagnetic (EM) and radio frequency (RF) interference, making them reliable in harsh battery testing environments where electrical sensors might fail or require extensive protection.

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