DC-AC Inverter Technology and Its Applications

Author: Chen Daolian
Publisher:
Publish Date: 2003-11-01
Features: DC-AC inverter technology is a static conversion technology that uses power semiconductor devices to convert direct current (DC) energy into alternating current (AC) energy. In applications such as secondary energy conversion using DC sources like DC generators and batteries, as well as grid-connected renewable energy generation (e.g., solar, wind energy), inverter technology has broad prospects. Based on an introduction to the current status and development of power electronics and inverter technology, this book systematically, deeply, and innovatively discusses various inverter technologies and related control, drive, buffering, and filtering techniques, categorized by types such as electrical isolation, power flow direction, power source characteristics, number of phases, number of modules, number of levels, energy direction, power conversion amount, and related flows. The book covers technologies including square wave, multi-phase shifted synthesis, pulse-width modulation (PWM), single-ended voltage source high-frequency stages, high-frequency pulse DC stages, bidirectional voltage source high-frequency stages, resonant bidirectional voltage source high-frequency stages, current source high-frequency stages, DC converter-type high-frequency stages, three-phase, parallel, multi-level, renewable energy grid connection, Delta, and their control, drive, buffering, and filtering applications. Additionally, the book illustrates the application of inverter technology using a high-frequency pulse DC stage inverter as an example. This book integrates new concepts, systematicity, theoretical depth, and practical application, serving as a comprehensive and closely tied reference for undergraduate, graduate, and doctoral students, as well as faculty in power electronics and power drive disciplines and related fields. It is also a valuable resource for engineering technicians engaged in inverter research and development.