Analysis and Mitigation of Broadband Oscillation in Renewable Energy Generation and AC/DC Transmission Systems (可再生能源發電與交流/直流傳輸系統中寬頻振盪的分析與緩解)

Wang, Weisheng, Li, Guanghui, He, Guoqing

Analysis and Mitigation of Broadband Oscillation in Renewable Energy Generation and AC/DC Transmission Systems
  • 出版商: Springer
  • 出版日期: 2024-11-04
  • 售價: $7,140
  • 貴賓價: 9.5 折 $6,783
  • 語言: 英文
  • 頁數: 681
  • 裝訂: Quality Paper - also called trade paper
  • ISBN: 9819915708
  • ISBN-13: 9789819915705

    • 海外代購書籍(需單獨結帳)

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商品描述

With the growth of the installed capacity and the proportion of REG, mainly including wind power and PV power generation, the stable operation of REG and AC/DC transmission systems has become a technical bottleneck for the sustainable development of REG. Since 2009, broadband oscillation incidents have occurred frequently in REG and AC/DC transmission systems in China and some foreign countries, resulting in severe consequences such as large-scale tripping-off of REG units, damaging equipments, and an increasing curtailment of wind and PV power generation. However, there are great difficulties and challenges for the analysis and mitigation of broadband oscillation.

This book focuses on the analysis and mitigation of broadband oscillation in renewable energy generation and AC/DC transmission systems. The theoretical knowledge and practical approaches to solve this issue are explored through the contents of 4 parts, 18 chapters. Part Ⅰ is Small-signal Modeling of Converters, containing four chapters. The frequency-domain small-signal modeling method and impedance modeling of three types of basic converters commonly used in power electronic devices, including the two-level converter, modular multilevel converter, and thyristor converter are introduced. Part Ⅱ is Impedance Model and Characteristics Analysis of REG and HVDC Transmission, containing six chapters. The impedance model and characteristics analysis of the full power conversion wind turbine, DFIG-based wind turbines, PV unit, SVG, LCC-HVDC, and MMC-HVDC are introduced. Part Ⅲ is Broadband Oscillation Analysis in REG and AC/DC Transmission Systems, containing three chapters. The impedance modeling and characteristics analysis of REG plants, and oscillation analysis of REG connected into AC and HVDC transmission systems are introduced. Part Ⅳ is Broadband Oscillation Mitigation in REG and AC/DC Transmission Systems, containing five chapters. The impedance reshaping of the REG unit, SVG, LCC-HVDC, and MMC-HVDC as well as project cases are presented.

This book can be used by the researchers engaged in the design, technology research and development, and operation management of electrical engineering and renewable energy engineering, which can also be a reference book for teachers and students of electrical engineering in colleges and universities.

This book is a translation of an original German edition. The translation was done with the help of artificial intelligence (machine translation by the service DeepL.com). A subsequent human revision was done primarily in terms of content, so that the book will read stylistically differently from a conventional translation.

商品描述(中文翻譯)

隨著可再生能源發電（REG）裝置容量的增長及其比例的提高，主要包括風力發電和光伏發電，REG及交流/直流（AC/DC）傳輸系統的穩定運行已成為可再生能源可持續發展的技術瓶頸。自2009年以來，中國及一些國外的REG和AC/DC傳輸系統中頻繁發生寬頻振盪事件，導致了大規模的REG單元跳脫、設備損壞以及風力和光伏發電的削減等嚴重後果。然而，對於寬頻振盪的分析和緩解存在著巨大的困難和挑戰。

本書專注於可再生能源發電及AC/DC傳輸系統中的寬頻振盪分析和緩解。通過四個部分、十八章的內容，探討了解決此問題的理論知識和實踐方法。第一部分是轉換器的小信號建模，包含四章。介紹了三種在電力電子設備中常用的基本轉換器的頻域小信號建模方法和阻抗建模，包括二級轉換器、模組化多級轉換器和晶閘管轉換器。第二部分是REG和高壓直流（HVDC）傳輸的阻抗模型及特性分析，包含六章。介紹了全功率轉換風力發電機、基於雙餘弦發電機（DFIG）的風力發電機、光伏單元、靜態無功補償器（SVG）、LCC-HVDC和MMC-HVDC的阻抗模型及特性分析。第三部分是REG和AC/DC傳輸系統中的寬頻振盪分析，包含三章。介紹了REG廠的阻抗建模和特性分析，以及REG連接到AC和HVDC傳輸系統的振盪分析。第四部分是REG和AC/DC傳輸系統中的寬頻振盪緩解，包含五章。呈現了REG單元、SVG、LCC-HVDC和MMC-HVDC的阻抗重塑及項目案例。

本書可供從事電氣工程和可再生能源工程設計、技術研究與開發及運營管理的研究人員使用，也可作為大學電氣工程教師和學生的參考書籍。

本書是原德文版的翻譯。翻譯工作是借助人工智慧（由DeepL.com提供的機器翻譯）完成的。隨後進行了以內容為主的人工修訂，因此本書的文風將與傳統翻譯有所不同。

作者簡介

Weisheng Wang was born in 1968. He got his Ph.D degree from the School of Electrical Engineering, Xi'an Jiaotong University in 1996. He is currently the chief engineer of China Electric Power Research Institute Co., Ltd., professorate senior engineer, and doctoral supervisor. He has been engaged in the research of renewable energy generation, operation and control technology for more than twenty years. He and his team tackled a couple of the technical issues of large-scale renewable energy integration, including the cascading tripping-off of renewable energy generation units and the broadband oscillation incidents. They also developed a renewable energy power prediction and scheduling optimization system. He has led the building up of the Zhangbei Test Base, which is the world's largest field test base and the only one with the AC/DC grid-connected conditions and with all performance testing functions for renewable energy units. His research results have been widely applied, supporting the safe and stable operation and the efficient accommodation of large-scale renewable energy in China. He has won 3 second prizes of National Science and Technology Progress Award and 8 first prizes of the provincial and ministerial science and technology progress award. He has authorized 18 invention patents, 5 books, and more than 100 papers. He has supervised 28 postdoctoral, doctoral and master students. Weisheng Wang is IEEE Senior Member, Fellow of Chinese Society for Electrical Engineering, and Fellow of China Renewable Energy Society.

作者簡介(中文翻譯)

王維生於1968年。他於1996年獲得西安交通大學電氣工程學院的博士學位。目前，他是中國電力科學研究院有限公司的首席工程師、教授級高級工程師及博士生導師。他從事可再生能源發電、運行及控制技術的研究已超過二十年。他和他的團隊解決了大規模可再生能源整合的一些技術問題，包括可再生能源發電單元的級聯跳閘和寬頻振盪事件。他們還開發了一套可再生能源電力預測與調度優化系統。他主導建立了張北測試基地，該基地是世界上最大的現場測試基地，也是唯一具備交流/直流電網連接條件及所有可再生能源單元性能測試功能的基地。他的研究成果已廣泛應用，支持中國大規模可再生能源的安全穩定運行和高效消納。他曾獲得3項國家科技進步獎的二等獎和8項省部級科技進步獎的一等獎。他擁有18項發明專利，出版5本書籍，並發表超過100篇論文。他指導了28名博士後、博士及碩士研究生。王維生是IEEE資深會員、中國電氣工程學會會士及中國可再生能源學會會士。

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