High-Capacity Multi-Level Converter - Principle, Control, Application

Author: Li Yongdong Gao Yue
Publisher:
Publish Date: 2005-10-10
Features: This book is one of the "High-Efficiency Power Conversion Application Series." It is the first comprehensive and systematic introduction to the working principles, control methods, and application systems of multilevel conversion technology in China and abroad. First, it introduces various main circuit topologies of multilevel converters. Then, it focuses on the widely used and researched multilevel PWM control technology, deriving the general space vector PWM algorithm and the unified form of multilevel PWM. On this basis, it further introduces examples of three-level converters in high-performance AC motor control systems, such as vector control and direct torque control systems, as well as the application of H-bridge cascaded multilevel converters in high-voltage, high-capacity AC speed regulation and active filtering systems. This book is suitable for researchers working in the fields of electrical drive automation, motor and its control, and power electronics. It can also serve as a teaching reference for teachers, graduate students, and senior undergraduate students in relevant disciplines at colleges and universities. This book is part of the High-Efficiency Power Conversion Application Series. It is the first comprehensive and systematic introduction to the working principles, control methods, and application systems of multilevel conversion technology in China and abroad. First, it introduces various main circuit topologies of multilevel converters. Then, it focuses on the widely used and researched multilevel PWM control technology, deriving the general space vector PWM algorithm and the unified form of multilevel PWM. On this basis, it further introduces examples of three-level converters in high-performance AC motor control systems, such as vector control and direct torque control systems, as well as the application of H-bridge cascaded multilevel converters in high-voltage, high-capacity AC speed regulation and active filtering systems. This book is suitable for researchers working in the fields of electrical drive automation, motor and its control, and power electronics. It can also serve as a teaching reference for teachers, graduate students, and senior undergraduate students in relevant disciplines at colleges and universities.