Charged EVs

Join us for an insightful webinar, “Fast Charging & Lithium-Plating - How to avoid battery fires and non-linear aging with the new anode-potential model,” where we will explore the groundbreaking advancements in TWAICE’s battery simulation models that empower faster charging while minimizing aging & risks.

Attendees will gain an in-depth understanding of how the new anode-potential simulation model works, enabling you to effectively prevent lithium plating and mitigate non-linear aging in batteries.
In this session, industry experts will demonstrate how this innovative model can be integrated into your battery development process to enhance performance and longevity. By attending, you’ll take away actionable insights on optimizing charging protocols, ensuring battery safety, and extending the lifespan of your battery systems.

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.

EV Engineering

Fast Charging & Lithium-Plating: How To Avoid Battery Fires And Non-linear Aging With The New Anode-Potential Model

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

Impact Of Cable Design On Vehicle Performance: How Cable Selection Influences Efficiency, Weight, And Powertrain Performance

Test Strategies For EV Chargers That Boost Reliability And Uptime

EVSE testing for safety and compliance

More EV Engineering Knowledge:

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

Solving for heat, vibration and weight: the evolving demands on EV cable protection

Potting vs. foam: the battery pack safety advantage

Reduce battery enclosure manufacturing costs using efficient mica shield adhesives

Battery Modeling With COMSOL Multiphysics®

Simplified Thermal And Humidity Measurement Inside Battery Assemblies

Leveraging Vector And CSM Measurement Technology Throughout EV Development

Reduce EV Battery Transport Costs By 15%* While Exceeding DG Compliance Standards

Mastering HIL For Fast-Switching Power Electronics

Enhanced Interoperability Testing By Usage Of Real Charging Data

High Power Density And Reliable Connection Systems: Driving The Future