The development of electric vehicles has been established as an important way to ensure energy security and transform the low-carbon economy by all countries in the world. According to Yole, a famous French consulting company, the production and sales of electric vehicles in the world will reach 20 million by 2020, and China has set a target of achieving a total production and sales of 5 million by 2020.
As the core technology of electric vehicle, the development trend of motor and its driving system is high integration, lightweight, functional safety and low cost. This book presents the latest developments of electric and hybrid motors and their drivers, which can provide readers with a comprehensive reference. The main research object of this book is the driver of electric vehicle.
Firstly, it introduces the basic concepts, important technologies and specific applications in this field, and emphasizes various design standards.
Through performance analysis and application examples, this book describes the performance of various motors and drive systems for readers, and publishes various supplementary materials including simulation models and results on the website matched with this book.
This book is divided into 13 chapters: 1. Basic knowledge, introduces the classification of electric vehicles, motor control technology, energy storage technology, charging technology and micro-grid interconnection technology; 2. DC motor drive, introduces the structure and model of DC motor, DC-DC converter topology, DC motor control methods and specific application examples; 3.
Motor, introduced the structure and model of asynchronous motor, inverter topology, asynchronous motor control and specific applications in electric vehicles; 4. Permanent magnet motor, introduced the structure and model of permanent magnet motor, the corresponding converter topology, permanent magnet motor control and specific applications in electric vehicles; 5.
Switched reluctance motor, introduced the reluctance motor junction. Structure and model, special converter topology, reluctance motor control and specific application in electric vehicle; 6. External rotor permanent magnet motor, analysis of various related motor and electric vehicle applications; 7. Magnetic gear composite motor, introduced the structure of magnetic gear composite motor, related converter, thermostatic element control method and application; 8. Permanent magnet vernier electric; The structure, related converter, control method and application of permanent magnet vernier motor are introduced.
9. Various non-permanent magnet motors can be used in electric vehicles.
10. Start-up/power integrated machine, the structure, operation mode and control method of the motor are introduced. 11.
The basic operation of the motor based on planetary gear transmission system is introduced. Principle, energy distribution and control, application of hybrid electric vehicle; 12. Double-rotor motor and its transmission system, introduced the structure, operation mode and control method of double-rotor motor; 13. Magnetic gear compound transmission system, introduced the operation principle and control method of the transmission system. This book is aimed at students, researchers and engineers in the fields of electrical machinery, power electronics, electric vehicles, and energy policy making.