Zheng Y Electric Drive System Design for Electric Vehicles 2025 | 6.02 MB
Title: Electric Drive System Design for Electric Vehicles
Author: Yunqi Zheng
Description:
Electric Drive System Design for Electric Vehicles bridges the gap between specialized research on electric vehicle (EV) electric drive system design principles and developing industry-driven solutions. It addresses best practices for ensuring the performance and reliability of EV electric drive systems, including battery, motor, and power electronic components.
Based on the author’s hands-on experience, the book takes a multidisciplinary approach to EV drive system design, combining electrical engineering, thermal design, mechanical engineering, and manufacturing expertise to deliver efficient, reliable, and high-performance solutions. It includes case studies and practical examples from the industry, reviewing state-of-the-art electric system technologies in current EVs such as Lucid, Tesla, Chevrolet, VW, Nissan, and more. Readers will also obtain insight into how fundamental physics plays a critical role in those technological advancements and innovations.
This book will benefit academic researchers and graduate students studying power electronic packaging and electric drive systems. It will also serve industry professionals involved in EV design and general power electronic system packaging.
Electric Drive System Design for Electric Vehicles bridges the gap between specialized research on electric vehicle (EV) electric drive system design principles and developing industry-driven solutions. It addresses best practices for ensuring the performance and reliability of EV electric drive systems, including battery, motor, and power electronic components.
Based on the author’s hands-on experience, the book takes a multidisciplinary approach to EV drive system design, combining electrical engineering, thermal design, mechanical engineering, and manufacturing expertise to deliver efficient, reliable, and high-performance solutions. It includes case studies and practical examples from the industry, reviewing state-of-the-art electric system technologies in current EVs such as Lucid, Tesla, Chevrolet, VW, Nissan, and more. Readers will also obtain insight into how fundamental physics plays a critical role in those technological advancements and innovations.
This book will benefit academic researchers and graduate students studying power electronic packaging and electric drive systems. It will also serve industry professionals involved in EV design and general power electronic system packaging.
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