Charged EVs

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Battery Pack Design & Manufacturing

Evolutionary Breakout Modules For Safely Measuring Voltage And Current In EV Electrical Systems

Enhancing industrial EV battery performance in emerging non-automotive and off-highway markets

Battery Modeling With COMSOL Multiphysics®

Simplified Thermal And Humidity Measurement Inside Battery Assemblies

High Power Density And Reliable Connection Systems: Driving The Future

More Battery Pack Engineering Knowledge:

EV Test Challenges When Moving From 400 V To 800 V

Optimizing the thermal management Ecosystem in EV batteries

High-potential testing for EVs: why reed relays raise confidence in insulation and safety

Cutting-edge connector solutions for next-generation vehicle challenges

How software-in-the-loop testing accelerates e-mobility: virtual validation for real innovation

Potting vs. foam: the battery pack safety advantage

Reduce battery enclosure manufacturing costs using efficient mica shield adhesives

How Henkel Performs Modeling, Simulation, And Validation Of Battery Systems

Inside The EU’s Battery Requirements: Future-Proofing EVs

Build Better Batteries: Overcoming Thermal And Electrical Challenges With Advanced Materials Converting

Advanced Thermal Adhesives: Boosting Battery Strength And Energy Density

Strategies For Scalable 800 V Battery Pack Testing: Safety, Speed & Efficiency

Solving The 400 V/800 V Charging Compatibility Challenge In Next-Gen EVs

From 400 To 800+ Volts: Enabling EV Compatibility With Smart Switching Technologies