Case Study
Monday, September 30
09:30 AM - 10:00 AM
Live in Berlin
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As electric vehicles become more prevalent, optimizing the thermal management of e-motors and batteries is essential for maximizing performance, reliability, and longevity. This presentation provides a deep dive into the innovative technologies used to cool and heat these critical components. We will analyze the pros and cons of various methods, including the use of cool plates, immersion cooling, and innovative approaches that leverage motor heat for battery temperature regulation. By examining real-world applications and design considerations, this session aims to equip participants with the knowledge needed to make informed decisions in thermal management system design.
Through this session you will explore:
Dr. Amir Raeisi has over 12 years of experience in the Refrigeration and Thermal Management industry. He is an Energy Technology Development Professional with a wide range of skills in electric vehicle (EV) thermal management & automotive HVAC system design, commercial and retail refrigeration equipment design, heat pump system design, heat exchanger design, energy storage, and heat and mass transfer.
As a highly qualified thermodynamics Engineer, he specialized in energy transition concepts, test engineering, analytical and 1D modeling, CFD simulations, design validation, characterization, and experimental design.