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Battery Cell Qualification for EVs


New drop-in-replacement nanocomposite silicon-based anode powder enables 20% more Li-ion energy density


The Fundamentals Of Testing EV Battery Cells, Modules, And Packs


Building a Reliable, Streamlined and Future-Proof Battery Testing Infrastructure


Speed Through Regulatory Challenges Of Connecting EVs And EVSEs To The Grid (V2G, VGI)


See What Powers Over 5,000 EV Battery Test Channels Across the World. And Why


EV Battery Testing: Innovative Battery Test Solutions To Face The Evolving Battery Requirements


State-Of-The-Art Battery Characterization: Challenges and Opportunities


Measuring Thermal And Mechanical Loads On High Voltage Components


Advantages Of Automation In HIL Testing. What Is The Right Mix For You?


Power And Efficiency Measurements Of Electrified Vehicles


Safer And More Efficient Electric Commercial Vehicle Systems: High Voltage Power Distribution And EV Charging Solutions


High Efficiency Battery Test Labs: Reducing Your Facility Power Needs With Intelligent Test Systems


Looking Beyond 800 V For On-Highway Electric Vehicles
Customize An Efficient And Performant SiC Inverter With Reference Design From Silicon Mobility And CISSOID


Improving EV Battery Design And Thermal Performance With Adhesive Tapes


Data-Driven Decision Making To Reduce Downtime And Risk While Improving Productivity In Your Automotive Plant


Drive Performance Through Battery Cell Chemistry


Principals Of Thermal Management To Improve Battery Safety And Performance


Using Artificial Intelligence To Inspect Batteries With 3D X-ray Microscopy And Computed Tomography


Enabling Superior Mobility Experiences With TE's Data Connectivity Portfolio


How Virtual Development Of Electrical Machines Can Reduce Cost And Risk


Accelerating Electric Drive Engineering With An Integrated Multiphysics Design Workflow


The Goldilocks Problem: Balancing Internal Forces Within An EV Battery Module Or Pack


Choosing The Right Tape When Designing for Electrical Insulation in EV Batteries


Battery Modeling with COMSOL Multiphysics®


Decoding UN 38.3 Transportation Testing For EV Batteries


Increase EV Battery Life With Smart Manufacturing Solutions


Ultrasonic Metal Welding Busbar Applications in EVs


Open Air Advantages And Applications Of Bidirectional DC Contactors


Meeting New Requirements For High Voltage EV Charging Coupler


Plastic Component Potential For xEV Of The Future


Formulated Fluids: An Upgrade In Battery Immersion Cooling


Enhancing Next Generation Dedicated Driveline e-Fluids Through New Testing Capabilities


Do Your Engineers Have The Tools They Need? How To Maximize Your Supplier Partnerships


The Role Of Testing In Ensuring The Functionality, Quality And Reliability Of Battery Management Systems
EV Powertrain Optimization Using The All-Cloud Software Stack


Introduction To Carbon Fiber-Orientated Thermal Gap Filler


Multigap Toroidal Transformers and Inductors for Overcoming Fringing Losses in HF Resonant Converters


New Vehicles Deserve Better Cooling Lines: Introducing Zytel LCPA Resin and Santoprene TPV


DC Charging Makes Regenerative Energy More Efficient


Developing A Common Battery Pack Architecture To Power Multiple Commercial Vehicle Types

