Analysis and Mitigation of Broadband Oscillation in Renewable Energy Generation and AC/DC Transmission Systems
Springer Verlag, Singapore
978-981-99-1567-5 (ISBN)
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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.
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.
Small-signal Modeling of Converters.- Small-signal Modeling Method Based on Frequency-domain Linearization.- Impedance Modeling of Two-Level Converter.- Impedance Modeling of Modular Multilevel Converter.- Impedance Modeling of Thyristor Converter.- Impedance Model and Characteristics Analysis of REG and HVDC Transmission.- Impedance Modeling and Characteristics Analysis of Full Power Converter based wind turbines.- Impedance Modeling and Characteristics Analysis of DFIG-based Wind Turbines.- Impedance Modeling and Characteristics Analysis of PV Units.- Impedance Model and Characteristics Analysis of SVG.- Impedance Model and Characteristics Analysis of LCC-HVDC.- Impedance Model and Characteristics Analysis of MMC-HVDC.- Broadband Oscillation Analysis in REG and AC/DC Transmission Systems.- Impedance Modeling and Analysis for REG plant.- Analysis of Broadband Oscillation for REG Connected into HVAC System.- Analysis of Broadband Oscillation for REG Connected into HVDC System.- Broadband Oscillation Mitigation in REG and AC/DC Transmission Systems.- Oscillation Mitigation Based on Impedance Reshaping of MMC-HVDC.- Oscillation Mitigation Based on the Impedance Reshaping of SVG.- Oscillation Mitigation Based on Impedance Reshaping of LCC-HVDC.- Oscillation Mitigation Based on Impedance Reshaping of MMC-HVDC.- Project Oscillation Cases of REG and AC/DC Transmission Systems.
| Erscheinungsdatum | 07.11.2023 |
|---|---|
| Zusatzinfo | 371 Illustrations, color; 94 Illustrations, black and white; LX, 681 p. 465 illus., 371 illus. in color. |
| Verlagsort | Singapore |
| Sprache | englisch |
| Maße | 155 x 235 mm |
| Themenwelt | Technik ► Elektrotechnik / Energietechnik |
| Schlagworte | Impedance Modeling • impedance reshaping • LCC-HVDC • MMC-HVDC Broadband Oscillation • oscillation mitigation • Photovoltaic generation • renewable energy • Wind Power |
| ISBN-10 | 981-99-1567-8 / 9819915678 |
| ISBN-13 | 978-981-99-1567-5 / 9789819915675 |
| Zustand | Neuware |
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