The integration of phase change materials (PCMs) in electric vehicles (EVs) is gaining momentum as the industry seeks innovative solutions to enhance thermal management, improve energy efficiency, and extend device life. PCMs provide superior thermal management to traditional forced air or coolant systems, offering uniform temperature distribution and managed maximum temperatures within the devices. They can reduce power consumption while maintaining operational temperatures.
This 30-minute webinar will delve into the recent advancements in PCM and hybrid thermal gel technologies and their implications for vehicle performance and sustainability. The session also will cover case studies and practical implementations where PCMs have helped EV inverter manufacturers achieve significant benefits, including:
- Greater driving ranges and reduced charging times
- Increased component lifespan and system efficiency
- Reduced production costs with high-product quality
- Simplified EV assembly and accelerated time-to-market
- Enhanced reliability
- Optimized power density
Participants will gain insight into the challenges and opportunities facing the adoption of PCMs in the EV market. Furthermore, the program will discuss PCMs' future relevance as the automotive industry transitions towards greater electrification and sustainability. This interactive session is intended for engineers, researchers, and industry professionals interested in the latest innovations in EVs. An audience Q&A session will follow the technical presentation.
Speaker:
Minnie Wen, Senior Advanced Applications Engineer, Honeywell
Minnie Wen serves as a Senior Advanced Applications Engineer for Honeywell. With more than a decade of experience as an application engineer, she has developed an extensive knowledge of silicone adhesives including conformal coatings, thermal potting, thermal adhesives, and thermal interface materials (TIM). Minnie holds a master's degree in organic chemistry from East China Normal University, where she focused on the synthesis of amino acids and their derives. She began her career as a chemist, specializing in medicinal chemistry, before transitioning to the silicone industry, where she has remained dedicated to exploring various applications. Throughout her career, Minnie has served clients in the consumer electronics and automotive electronics sectors. She has cultivated a deep understanding of TIM applications, specifically within base stations, smartphones, GPUs in servers, and electric vehicles. In her current role, Minnie collaborates closely with development teams to design customized products that cater to diverse customer needs across multiple applications.
Moderator:
Amanda Hosey, Editor, SAE Media Group
By registering for this Webinar you agree to receive product announcements and special offers from SAE International via e-mail. By submitting your personal information, you agree that SAE Media Group, an SAE International Company, and carefully selected Partner Sponsors of this content may contact you and that you have read and agree to the Privacy Policy (CA Residents refer to Section D of the Privacy Policy). You may opt-out from communications at any time. You may reach us at