This presentation explores a breakthrough in battery technology that enables ultra-fast charging and sustained high-power output for electric vehicles. At its core is immersion cooling—a system that ensures uniform thermal conditions across the battery pack, preventing thermal runaway and extending cell life. Unlike traditional lab-based testing, this technology allows real-time data collection during driving, enhancing predictive analytics and performance optimization. With a modular architecture built from cylindrical cells and significantly expanded cooling surfaces, this innovation meets the demands of OEMs pushing the boundaries of EV performance. The result: safer, more reliable, and consistently powerful batteries for the next generation of high-performance electric vehicles.

In this session, you will learn more about:

• Advanced thermal management strategies using immersion cooling
• Real-time performance monitoring and predictive analytics for EV batteries
• Safety innovations that prevent fire propagation and thermal runaway
• Battery architecture evolution from cylindrical cells to high-capacity super cells
• How OEMs are leveraging this technology to achieve full power with no thermal degradation