A virtual prototype of a 25 kW battery charging module is created with the Saber tool suite. Design considerations include charging and discharging profiles, power conversion from grid to battery, control algorithms, stability analysis, and detailed operation of SiC FETs. The charging module is composed of a front-end 3-phase AC-DC converter with Power Factor Correction… Read more »

UNICO’s inverter test system combines an active AC load and battery emulator to provide a cost-effective solution for full power validation and life testing of traction inverters. By emulating both the motor and the battery pack, the inverter test system enables accurate performance under real world conditions but eliminates the need for a physical motor… Read more »

Increasing data transmission needs are pushing the limits of current termination technologies. As data connectivity evolves, manufacturers are under pressure to deliver high-speed, reliable terminations while improving production performance. Many still rely on conventional setups that slow down operations and limit adaptability to new connector systems. There is a rising demand for integrated, flexible tooling… Read more »

As electric vehicles evolve, so do the demands on the components that power them. SiC chips have revolutionized not only the performance of power modules but also the surrounding packaging technologies. Chips are no longer soldered but sintered, die top connections are no longer Aluminum wires but Cu wires on die top systems or Cu… Read more »

As electric vehicles evolve, so do the demands on the components that power them. In this webinar, WAFIOS will highlight how its BMF series and TWISTER² machines are shaping the future of flexible busbar production through innovative and cost-efficient solutions. The BMF series is ideal for producing compact, complex 3D-formed busbars with ultra-tight radii and… Read more »

Designing high-performance, durable, and safe batteries requires a detailed understanding of battery technology and the underlying physical processes. Modeling and simulation software helps designers look inside the battery in a way that is not possible using physical experiments. In this webinar, we will cover the modeling capabilities offered with the COMSOL Multiphysics® software to simulate… Read more »

Join this webinar where we aim to provide users a way to enhance interoperability testing by replaying data that is collected from real-world charging test scenarios. Presented by: Shlok Goel, Technical Specialist – Charging, dSpace All Sessions: September 2025 Conference

Join us for an in-depth discussion on dispensable thermal gap fillers, covering key considerations from material selection to dispensing process challenges. We will explore practical solutions to common application issues, along with a clear view of performance limitations to help guide realistic expectations. Whether you are an engineer, technician, or decision-maker, this session will provide… Read more »

EV Charger location, speed, and pricing are important, but has reliability become the ultimate differentiator? Whether deployed in public spaces, home garages, or fleet depots, every EVSE unit must perform consistently under demanding real-world conditions. For manufacturers, downtime drastically reduces any competitive edge gained in a crowded market. This session examines how automated testing with… Read more »

This webinar will introduce a method for evaluating EV motor efficiency by separating electrical losses using the Hioki PW8001 power analyzer. Focusing on Permanent Magnet Synchronous Motors (PMSMs) under real operating conditions, the method analyzes copper and iron losses based on fundamental and harmonic power components. It reveals how increased inverter switching frequency leads to… Read more »