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VSC技术在电力系统中的快速发展与应用
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"《电压源转换器在电力系统中的应用》一书是针对电力系统领域中快速发展的VSC(电压源转换器)技术的一本重要参考著作。随着VSC技术的不断革新,其配置和控制方案在风力发电机和高压输电系统中的应用层出不穷,使得传统基于晶闸管的交流/直流(AC/DC)线性交流换流器(LCC)技术显得相对过时。该书的作者们强调了电压源转换器的核心模块——半桥转换器,它常作为构建VSC的基础单元,用于连接交流和直流系统。 书中详细探讨了VSC的建模、控制策略以及实际应用,特别关注了这些技术在电力系统中的创新应用,如分布式能源、智能电网和可再生能源集成。作者们深入剖析了VSC的拓扑结构,包括单极型、双极型和多极型,以及它们各自的特点和优缺点。同时,书中还涵盖了VSC的控制算法,如模型预测控制(MPC)、矢量控制系统(VSC-VVVF)等,这些控制方法能够实现高效的功率变换和动态响应。 章节中还会涉及到VSC的保护机制,如过电压、过电流和短路保护,这对于确保系统的安全运行至关重要。此外,为了适应不断变化的电力市场,书中还讨论了VSC在微电网、直流输电(HVDC)和未来能源互联网中的作用,以及与电力电子设备的集成和优化设计。 值得注意的是,本书不仅提供了理论知识,还包含了大量的实例分析和仿真结果,以便读者更好地理解和掌握VSC技术在实践中的应用。版权信息表明,该书受到1976年美国版权法的保护,任何复制、存储或传播行为都必须得到出版商的明确许可。 《电压源转换器在电力系统中的应用》是一本为电力工程专业人士提供最新VSC技术前沿的权威指南,对于理解并推动电力系统向高效、灵活和可持续的方向发展具有重要意义。"
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PREFACE
The concept of electronic (static) power conversion has gained widespread acceptance
in power system applications. As such, electronic power converters are increasingly
employed for power conversion and conditioning, compensation, and active filtering.
The gradual increase in the depth of penetration of distributed energy resource (DER)
units in power systems and further acceptance of new trends and concepts, for ex-
ample, microgirds, active distribution systems, and smart grids, also indicate a wider
role for power-electronic converters in the electric power system.
While a fairly large number of books on various power-electronic converter config-
urations and their principles of operation do exist, there is a gap in terms of modeling,
analysis, and control of power-electronic converters in the context of power systems.
This book addresses this gap and concentrates on power conversion and conditioning
applications and presents the analysis and control design methodologies for a specific
class of high-power electronic converters, namely, the three-phase voltage-sourced
converter (VSC). It provides systematic, comprehensive, unified, and detailed cover-
age of the relevant materials.
This book serves as a reference book for senior undergraduate and graduate stu-
dents in power engineering programs, practicing engineers who deal with grid integra-
tion and operation of DER systems, design engineers, and researchers in the areas of
electric power generation, transmission, distribution, and utilization. The book does
not cover implementation details of controllers; however, it contains adequate details
for system analysts and control designers and
r
describes various functions that the VSC can perform in an electric power system,
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introduces different classes of applications of the VSC in electric power systems,
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provides a systematic approach to modeling a VSC-based system with respect
to its class of application,
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presents a comprehensive and detailed control design approach for each class of
applications, and
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illustrates the control design procedures and evaluates the performance, based
on digital computer time-domain simulation studies.
The text is organized in 13 chapters. Chapter 1 provides a brief introduction to the
most commonly used electronic switches and converter configurations in the power
system. The rest of the book is divided into two parts. The first part, Chapters 2–10,
provides theory and presents fundamental modeling and design methodologies. The
xv
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xvi PREFACE
second part, Chapters 11–13, covers applications of theory and design methodologies,
through three selected application cases: the static compensator (STATCOM), the
forced-commutated back-to-back HVDC converter system, and the variable-speed
wind-power systems based on the doubly fed asynchronous generator. The second
part could have included more application varieties. However, only three application
cases have been presented to highlight the main concepts, within a limited number
of pages. The PSCAD/EMTDC software package has been used to generate most of
the time-domain simulation results in the text. We would like to emphasize that the
main purpose of the numerical examples in this book is to highlight the concepts and
design methodologies. As such, the numerical values of some parameters may not be
fully consistent with the values typically adopted for specific applications.
The reader is expected to have, at least, an undergraduate-level background in
electric circuits, electric machinery, electric power system fundamentals, and classical
(linear) control. Familiarity with power electronics and the state-space representation
of systems is a bonus but not a necessity. Relevant references are also cited throughout
the book to help the reader trace back the developments to their original sources.
While we have tried to be as comprehensive as possible, it is very likely that we have
missed some important references due to the richness of the technical literature and
the breadth of the subject matter. We would greatly appreciate any comments and
feedback from the readers, for future modifications of the book.
Amirnaser Yazdani
Reza Iravani
London, Ontario, Canada
Toronto, Ontario, Canada
January 2010
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ACKNOWLEDGMENTS
I am very grateful to my former Ph.D. supervisor Professor Reza Iravani (the Univer-
sity of Toronto). Without his encouragement and support this book would have never
been envisaged. During the preparation of this book, I have benefited immensely from
many colleagues and friends. In particular, I would like to thank Professors Tarlochan
S. Sidhu and Serguei Primak (the University of Western Ontario) for their mentorship
and support; Professor Rajni V. Patel (the University of Western Ontario) for his dis-
cussions and invaluable insight into the subject of control theory; Professor Richard
Bonert (the University of Toronto) for his enlightening ideas on power electronics and
electromechanical energy conversion; and the late Professor Shashi B. Dewan (DPS
Inc. and University of Toronto) for providing me with the opportunity to further enrich
the book concepts through my exposure to high-power electronic converter systems
at Digital Predictive Systems (DPS) Inc. While teaching and revising the drafts of
this book, I received invaluable feedback from my graduate students to whom I am
thankful.
A. Y.
I would like to express my sincere thanks to the late Professor Shashi B. Dewan
whose generous and unconditional support made this work possible. Many thanks to
Professor R. Mohan Mathur who has always been a source of encouragement, and to
my colleagues Dr. Milan Graovac, Mr. Xiaolin Wang, and Dr. Armen Baronijan for
their invaluable discussions. And finally, thanks to all my former and current graduate
students and postdoctoral fellows whose research work has immensely enriched the
text.
R. I.
xvii
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