This book bridges the gap between specialized research on EV electric drive system design principles and developing industry-driven solutions. It addresses best practices on ensuring the performance and reliability of EV electric drive systems, including battery, motor, and power electronic components.
This book bridges the gap between specialized research on EV electric drive system design principles and developing industry-driven solutions. It addresses best practices on ensuring the performance and reliability of EV electric drive systems, including battery, motor, and power electronic components.
Yunqi Zheng has 20 years' experience with system integration, design, and thermal/mechanical/electromagnetic design optimization on electric drive systems. Currently, Dr Zheng is a system engineer working on electric drive systems in Honeywell Aerospace Technologies, USA. She holds a PhD/MSc in Mechanical Engineering from the University of Maryland College Park, USA, and an MSc/BS in Engineering Mechanics from Tsinghua University, China. Dr Zheng was a core technical member contributing to the success of in-house power electronics design for an EV start-up. She was also one of the lead engineers for an ultra-small EV onboard charger system prototype. Previously, Dr Zheng was with GM Electrification, working on design/analysis and system integration for next-gen power inverter systems. She holds several patents and has written several publications.
Inhaltsangabe
1. Introduction to EV Electric Drive System. 2. EV Performance Characteristics and Electric Drive System. 3. EV Traction Motor and Thermal Design. 4. Battery System Packaging and Thermal Management. 5. Thermal Design of Power Electronic Components. 6. Power Electronic Packaging Interconnects and Thermo-mechanical Reliability. 7. EV Power Electronic System Vibration. 8. EMI in Electric Drive System. 9. Trends in EV Electric Drive System.
1. Introduction to EV Electric Drive System. 2. EV Performance Characteristics and Electric Drive System. 3. EV Traction Motor and Thermal Design. 4. Battery System Packaging and Thermal Management. 5. Thermal Design of Power Electronic Components. 6. Power Electronic Packaging Interconnects and Thermo-mechanical Reliability. 7. EV Power Electronic System Vibration. 8. EMI in Electric Drive System. 9. Trends in EV Electric Drive System.
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