\"Drive and Control of Electric Vehicles\" introduces the current status of electric vehicle drive system control technology in a relatively comprehensive manner, and explains the basic structure, working principle, drive motor technology, power conversion technology, sensor technology and related modeling and simulation technology of electric vehicle drive systems. The drive system of pure electric vehicles is modeled, and the stability problem and control strategy of the speed closed-loop control of electric vehicle drive systems are studied in depth. According to the main parameters of the drive systems of two electric cars, a simplified mathematical model of the controlled object is established, and PID controllers, adaptive controllers, fuzzy controllers and predictive controllers are designed. The control performance is compared and analyzed using numerical simulation. The book incorporates the author\'s recent research results and has important guiding significance for electric vehicle design. \"Drive and Control of Electric Vehicles\" combines theory with practice, has relatively rich research results, is easy to understand, and is illustrated with pictures and texts. It can be used as a textbook for graduate students in related majors in colleges and universities and a reference book for undergraduates. It can also be used as a reference for engineering and technical personnel and scientific researchers in electric vehicles and related fields.
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