Join our webinar to learn how to navigate the transition from 400V to 800V systems in electric vehicles, addressing the challenge of compatibility with existing 400V infrastructure. Discover innovative voltage conversion solutions that enhance charging efficiency, reduce heat generation, and simplify system complexity, ensuring a seamless and cost-effective adoption of 800V systems.
Overview
The electric vehicle (EV) market is transitioning from 400V to 800V systems for faster charging and improved efficiency. However, the existing 400V infrastructure requires voltage conversion solutions for compatibility. This webinar will explore industry challenges and innovative solutions for efficient 800V system adoption in (EVs), covering the benefits and drawbacks of various voltage conversion methods, including booster and battery switchable solutions.
The presentation will evaluate voltage conversion solutions based on safety, heating, cost, system complexity, and charging speed. It will compare existing booster solutions, such as DC-DC and motor inverter boosters, with battery switchable solutions that enable direct 400V/800V charging, reducing heat generation and system complexity. Innovative designs in switchable solutions further improve safety, minimize heating, and reduce system complexity and cost.
Attendees will gain a comprehensive understanding of the challenges and solutions for transitioning to 800V systems in EVs, along with insights into the future of EV charging infrastructure and the role of innovative voltage conversion solutions.
Key Takeaways
- Ensure compatibility of 800V vehicles with 400V charging stations by implementing voltage conversion solutions.
- Achieve superior efficiency, reduced heating, and cost-effectiveness with switchable solutions compared to booster solutions.
- Improve safety, minimize heating, and reduce system complexity and cost through high integration when comparing switchable solutions with innovative designs.
Speakers
With a background in engineering, marketing and product management, Blin leads product strategy and roadmaps in the automotive industry, focusing on next-generation solutions for electric vehicles. He completed his MBA at Grenoble Ecole de Management and earned a MEng in Electrical, Electronics and Software from Grenoble INP- UGA.
Edward Bernhardi leads global teams in the development of advanced sensors and components for the automotive industry. With a Ph.D. in Monolithic Waveguide Lasers from the University of Twente and over 12 years of experience in design engineering, Edward specializes in delivering mission-critical solutions that enhance vehicle safety, efficiency, and sustainability.