Special Session 5
Wide-band oscillation analysis and mitigation in power electronics dominated power systems

"电力电子化电力系统宽频带振荡分析与抑制"

With the integration of high-penetration renewable energy and power electronic devices, power systems are undergoing profound transformation, leading to wideband oscillation issues ranging from several Hz to several kHz, which severely threaten the safe and stable operation of power grids. This special session focuses on the interdisciplinary field of computational science and power engineering, aiming to gather cutting-edge research achievements in wideband oscillation modeling, source tracing, analysis, and mitigation, and promote the improvement of the new-type power systems stability level.

随着高比例新能源与电力电子装备接入，电力系统正经历深刻变革，引发覆盖数Hz至数kHz的宽频带振荡问题，严重威胁电网安全稳定运行。本专栏聚焦计算科学与电力工程交叉领域，旨在汇聚宽频带振荡建模、溯源、分析与抑制的前沿研究成果，推动新型电力系统稳定水平提升。  

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Chair: Assoc. Prof. Bingbing Shao, Hefei University of Technology, China

Bingbing Shao, associate professor and doctoral supervisor, mainly engages in stability analysis and control of renewable energy power systems, as well as research on advanced transmission technologies for renewable energy grid connection (DC and low-frequency transmission). In recent years, he has presided over projects of the National Natural Science Foundation of China, general projects of the Postdoctoral Fund, sub projects of the National Science and Technology Major Project of Smart Grid, and open projects of State Key Laboratory. Published more than 60 papers, applied for/authorized more than 40 invention patents, participated in the compilation of 1 national standard and 2 industry standards, won IET ACDC Young Scholar Award, the Excellent Doctoral Dissertation Award of North China Electric Power University, and 8 Outstanding Papers in Journals/Conferences. Undertook academic work such as being a member of the IEC TC 115 JWG 11 domestic counterpart working group, the Communication Committee of the DL40/SC1 Flexible Low Frequency Transmission Subcommittee, and the Youth Editorial Board Member of the Chinese Journal of Electrical Engineering.  

Co-chair: Prof. Lingfei Xiong, State Grid Economic and Technological Research Institute, Co., Ltd., China

Lingfei Xiong, Ph.D., a professor-level senior engineer. He currently serves as the Director of the Converter Station Technology Department at the DC Technology Consulting Center of State Grid Economic and Technological Research Institute Co., Ltd. He is mainly engaged in the design of complete sets of ultra-high voltage flexible DC and sea breeze flexible DC systems, as well as research on the stability of AC/DC systems.  

 

Co-chair: Assist. Prof. Bao Xie, Hefei University of Technology, China

Bao Xie, Lecturer, Master’s Supervisor. His main research interests include modeling and control of grid‑connected renewable energy power generation. In recent years, he has presided over multiple horizontal and vertical research projects including the Anhui Provincial Natural Science Foundation. As a key team member, he has participated in research projects such as the National Key R&D Program of China. He has published more than 20 SCI/EI indexed papers and filed/granted over 10 national invention patents.