Passenger safety is key to the mass adoption of EVs. Therefore, high demands are placed on the battery system today and in the future. Materials, for example for Thermal Propagation Prevention, are unavoidable. The short-term goal here is to maximise the evacuation time of the vehicle occupants in the event of a battery fire. The… Read more »
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Trends And Challenges On The Road To EV Charging Infrastructure Implementation
Leading technologists from academia, industry and materials development will share their insight and experience about the development realities and opportunities for fast and ultra-fast EV charging technology. The webinar will span many topics, including: Technical Solutions Enabling Fast and Ultra-Fast Charging Systems– Transition to silicon-carbide power electronics– Liquid-cooled charging cables– Modularity in low-voltage and high-voltage… Read more »
Top 5 considerations for designing an optimized battery venting solution (Webinar)
As battery pack designs rapidly evolve, it is essential that venting solutions also progress to meet application needs. Battery vents must be able to handle a variety of environments from normal operating conditions to extreme edge cases. Proper venting is essential to support battery pack functionality through pressure equalization and emergency degassing. Join this presentation… Read more »
Assessing Li-ion cells with computed tomography and high-resolution 3D X-ray microscopes (Webinar)
In the last three decades, significant progress has been made on lithium-based battery technologies. However, lithium-ion battery cell manufacturers still face quality and process control challenges when trying to non-destructively map the battery electrodes’ microstructure, its heterogeneities, and their effect on battery aging and performance. This webinar session at our Spring Virtual Conference on EV… Read more »
Materials solutions for DC fast chargers
Sponsored by Henkel Gearing Up for the EV Road Ahead: Reliable, Convenient Fast Charging Will Drive the Future of EV Adoption For consumers in developed nations, lifestyle convenience is ingrained. We don’t know what it’s like not to have access to necessities – food, water, clothing, housing and transportation – not to mention luxuries. When… Read more »
Key Thermal Interface Materials (TIM) Considering Design Changes Towards Structural Integrities of Battery Packs
Join this session to tearn about: • GapFiller, Pads, or even Thermally conductive adhesives – key selection criteria and optimum products for future e-mobility battery designs • How to combine higher adhesion to various surfaces and still having high thermal conductivity of up to 3,5 W/mK in one product. • What needs to be considered… Read more »
Optimizing thermal management of battery systems in EVs
Sponsored by Henkel Power storage engineers place high priority on finding solutions that optimize the safety and lifetime performance of a battery, while also increasing production efficiency and minimizing costs. Thermal Interface Materials (TIMs) and Thermally Conductive Adhesives (TCAs) make important contributions to all of these areas—and can be customized to meet the needs of… Read more »
Study explores lightweighting potential of structural foam in vehicle bodies
In a joint study, German chemicals company Henkel and engineering consultancy RLE International have examined the potential of high-performance structural foam for lightweighting in automotive body and closure parts. Henkel says the study shows that fiber-reinforced polymer components with structural foam ribbing and reinforcements can save more than 40 kg of weight per car compared… Read more »