Aging characterization is essential for predicting the lifetime and reliability of electric vehicle batteries. Traditional testing methods, however, are often slow and resource-intensive, limiting their usefulness for fast-moving developments in e-mobility. Accelerated approaches promise to shorten testing time, improve efficiency, and still deliver accurate insights into battery degradation and performance. The latest laboratory results and experiments from 2025 will be presented, offering new perspectives on how to bridge lab studies with real-world applications.
Learn about:
- Approaches to accelerating battery aging studies
- Balancing accuracy with reduced testing effort
- Interactions between cyclic and calendar aging
- Key outputs required from aging models for EV applications
- Pathways to transfer lab-generated results into practical use
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