Join this webinar to learn more about the 30 kW Vienna PFC designed for DC fast charging systems. The system uses Microchip’s mSiC™ Technology to achieve a high peak efficiency of 98.6%. The presentation will include an overview of the Vienna topology, novel design techniques, considerations, and the PLECS simulation model. Presented by: Ehab Tarmoom,… Read more »

Electric vehicle fires often become big news stories, but what actually causes them? A chain reaction inside the battery—called thermal runaway —causes the battery to generate excess heat and catch fire. Regulations have been put in place so that once a thermal runaway issue has been detected in the battery pack, occupants of the car… Read more »

Join this webinar for an overview of the future of high-power charging We’ll focus on charging with alternating vs. direct current, high-power charging challenges, and megawatt charging for the future. Presented by: Jim Tullo, President, North America, Schaltbau North America James Spivey, Applications Engineer, Schaltbau North America Carolyn Sauer, Director of Business Development, Schaltbau North… Read more »

EVs with 400 V battery systems were introduced over a decade ago and now we are seeing the industry migrate toward 800 V systems primarily to support DC fast charging. With the increased voltage and lessons learned from 400 V systems, designers are now focused on enhancing the performance of high-voltage protection circuits along with… Read more »

As many OEM’s have switched charging protocols to support the Tesla/NACS interface, product safety certifications must be considered. Existing chargers in the field may need to be retrofitted with the NACS Interface, but protocols involve more than the physical connector. What are your options when updating your product safety certifications for field deployed units or… Read more »

Join this webinar as we address how advanced passive technologies can help minimize losses and enhance performance. We will explore strategies for enhancing EV efficiency by leveraging advanced passive components with Low-Equivalent Series Resistance (Low-ESR) Capacitors, Low-Loss Inductors, and advanced Magnetic materials. Low-ESR Capacitors ensure stable voltage levels and efficient power conversion, while Low-Loss Inductors… Read more »

The need to quickly increase EV battery testing capacity is making validation labs harder to manage and forcing engineering teams to explore ways to sustainably scale up their test lab operations. Battery cyclers that are flexible, open, and connected are critical to achieve the scale needed in modern battery validation labs. Join this session to… Read more »