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Reliable battery systems start with thorough testing. Together with VDL ETS, VDL MIC gives you access to advanced facilities and specialist expertise for testing battery cells, modules and complete battery packs.
From performance and lifetime testing to environmental and vibration testing, we help you validate your battery technology under controlled and real-world conditions. This provides reliable data for informed engineering decisions, reduces development risks and supports the development of safe, high-performing battery solutions.
Every battery application has its own performance, safety and durability requirements. Whether you are comparing cells, validating a new module or preparing a complete battery pack for its next development phase, we connect your challenge to the right expertise and facilities.
Together, VDL MIC and VDL ETS combine flexible collaboration with specialist testing and engineering support. Contact us to discuss your application and define a testing approach that fits your development goals.
Gain detailed insight into cell performance, efficiency and ageing. Test different cell formats, chemistries and operating profiles under controlled temperature and humidity conditions to compare and find the right cell for your application.
Validate the electrical, thermal and functional performance of battery modules before integration into a complete pack. Evaluate BMS functionality, cell balancing, cooling and behaviour under dynamic loads.
Verify the performance, lifetime and reliability of complete battery packs under realistic operating conditions. Flexible test setups provide the data needed to validate system behaviour and support further development.
Understand how temperature and humidity affect battery performance and durability. Controlled environmental testing simulates demanding conditions and helps identify potential risks before deployment.
Assess the mechanical robustness of battery systems by simulating dynamic loads and real-world operating conditions. Vibration testing helps verify structural integrity, electrical performance and long-term reliability.