Charged EVs

In this session, we'll explore the diverse application areas for adhesive solutions in energy storage, including battery cell bonding, module assembly, and pack encapsulation. We'll also share examples examples of how adhesives enable design flexibility and facilitate manufacturing processes in energy storage system production.

Now available to watch on-demand: Register for this webinar to watch a recording of the presentation and audience Q&A, and download the presentation slides.

Battery Pack Design & Manufacturing

Energize & Bond: Unveiling Adhesive Solutions For Safe Energy Storage 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