Join this webinar to learn how to address emerging charging standards SAE J3400/NACS (North American Charging Standard) and MCS (Megawatt Charging System), as well as trends in EV system architecture design. Explore how to safely and cost effectively maximize power density with system level solutions. Learn about the latest integrated electrical safety devices and electronics essential for successful implementation of high voltage systems.
Overview
As the vehicle landscape undergoes electrification, OEMs and tier suppliers are facing new challenges ranging from cost, scalability and consumer expectations to evolving charging standards and safety requirements. Learn about the new trends in EV system development for heavy and passenger vehicles and the resulting technical, safety and regulatory challenges in battery propulsion systems. Discover how to cost-effectively and safely implement the new charging standards SAE J3400/NACS (North American Charging Standard) and MCS (Megawatt Charging System) in system design.
Explore the latest system solutions that address these challenges and how high voltage components like fast disconnects (fuses), contactors (relays), electronics and integrated devices are shaping the future of vehicle technology. Attendees will gain a deeper understanding of the hardware crucial to successful implementation. Learn about the role of highly integrated power distribution and charge units and how to maximize power density for efficient operations.
Join us as we navigate the evolving landscape of EV charging standards and requirements and equip you with the knowledge to solve the industry's toughest design challenges in electrified transportation.
Key Takeaways
- Understand how emerging charging standards impact system architecture design.
- Explore how to specify critical high voltage components.
- Learn about the evolution of high voltage power distribution units and their role in commercial and passenger vehicles.
- Discover the benefits of vertical software and hardware integration.
Speakers
By leveraging his 20 years of experience in engineering, business development, strategy, and market expertise, Dube is driving the transformation of vehicle technologies toward electrification. Before assuming his current role as Global Product Owner for Vehicle High Voltage Distribution Units at Sensata Technologies, Dube led Sensata's engineering team in automotive connectivity. With an engineering degree from Worcester Polytechnic Institute (WPI), he brings a wealth of knowledge to the discussion on advancing automotive electrification.
Suzzi, is part of the electrification product line leadership, as well as a key member of Sensata's technical staff, a group of engineers recognized for their technical innovations and contributions. With 20 years of engineering experience, Suzzi's expertise in Li-Ion HV battery technology, energy storage systems, and thermal management is crucial for automotive and commercial vehicle innovation. Proficient in project management and detailed numerical simulation, he specializes in technology development across various industries. With over 10 years dedicated to advancing battery and thermal management systems for vehicles, Suzzi brings unparalleled knowledge and insight.