As electric powertrains evolve, effective cooling strategies are essential for optimizing performance and ensuring thermal stability. This presentation will examine leading cooling concepts for e-powertrains, focusing on components most vulnerable to overheating and exploring how advanced materials and design innovations can mitigate thermal stress. Key factors in sustaining continuous power will be analyzed, highlighting cooling solutions that strike a balance between efficiency and cost. The discussion will also emphasize the role of system integration in refining cooling approaches and supporting high performance and long-term reliability in EVs.
In this session, you’ll learn more about:
- Efficient cooling concepts for managing e-powertrain thermal loads
- Key strategies to increase continuous power while preventing overheating
- Components that are most prone to heat issues and effective management solutions
- Advanced materials and integration approaches to boost thermal stability and performance
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