Optimize and validate every component of your EV powertrain with advanced, cloud-native physics simulations: battery thermal management, e-motor modeling, inverter efficiency, and more.
Optimizing electric powertrains is a complex challenge for automotive engineers. Increasing demand, shorter timelines, and limited budgets require seamless integration of advanced components, like batteries, inverters, and e-motors, while meeting strict performance, safety, and regulatory standards. These demands make efficient, accurate simulation more critical than ever.
SimScale’s cloud-native platform empowers engineers to overcome these challenges with accessible and scalable simulation capabilities. From thermal management and structural analysis to electromagnetic optimization, SimScale enables faster development cycles, innovative designs, and reliable powertrain performance, all within the constraints of modern automotive engineering.
Battery performance and longevity hinge on precise thermal regulation. SimScale enables engineers to:
Inverters and converters in EV powertrains require effective thermal management for optimal performance. With SimScale, you can:
Efficient battery management is essential for high-performing EVs. SimScale provides:
Inductors play a critical role in converting and managing power flows. SimScale’s tools allow for:
E-motors generate substantial heat and electromagnetic fields, which need careful balancing. SimScale offers:
Effective current distribution is essential for reliable EV performance. With SimScale’s electric modeling capabilities, engineers can:
Each component within an electric powertrain is subject to stresses that require robust design. SimScale’s structural analysis can help you:
Customer Success
Using SimScale, Rimac explored a thermal simulation of a liquid-cooled battery pack. They ran over 30 parallel simulations of 10 different parameter variations in a very short time, saving 96% in simulation time.
Check out all the success stories of our customers in the automotive and transportation industry.
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Learn how to optimize battery performance by analyzing charging cycles across varying environmental temperatures with SimScale and Noesis Solutions.
See how to simulate broad physics in a web browser using example applications along the EV powertrain.
Learn how to configure a design workflow using AI and CFD with Valispace and SimScale.
See how to simulate broad physics in a web browser using example applications along the EV powertrain.
Your hub for everything about EV powertrains and electric motors. Check out our technical documentation section to learn about how to set up simulations for components of electric powertrains.
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