Thermal Optimization of an EV Battery Pack

Electric vehicle manufacturers need to design innovative battery solutions for a fast-growing customer base with an increasing range of product portfolio requirements while maintaining a leading position in the ultra-competitive EV industry. These challenges can only be met by optimizing the battery pack across all stages of the design cycle with very different levels of simulation UX and integration required between early-stage design validation and fully operational digital twins that combine the best of simulation, testing, and real field data. For the simulation world, this calls for flexible yet powerful solutions that provide everything from ease of use, and live expert support to sophisticated, programmatic API access and powerful hardware access.

This session, at Charged EVs 2022 Charged Virtual Conference, explores two use cases from different ends of the simulation UX and integration spectrum: One battery pack thermal management design validation use case requiring an intuitive simulation UI, high level of automation, and in-product support, and secondly an API-driven geometry optimization study of a cooling plate flow channel. Alexander Fischer, co-founder and product manager at SimScale walks you through the example projects and provides insights into the application and workflow integration, demonstrating the accessibility and highly scalable nature of cloud-native simulation, including providing designers and engineers the ability to run hundreds of design iterations in parallel with the desired accuracy and get design insights in a timely fashion.

Learn more about the vibration analysis of EV batteries on our blog: https://hubs.la/Q01qJZg80

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