特刊征稿丨IEEE Transactions on Power Delivery - Special Section

文摘   2022-04-23 13:00  

Electric power networks are experiencing significant changes as a result of widespread adoption of power electronics (PE)-based apparatuses. Power electronics converters are substantially different from synchronous machines which have been used during decades. The different nature of power electronics converters includes some limitations (like very limited overload capability and available inertia) and also some important advantages (like total controllability) which require to completely revise and restructure the way we address the design and analysis of power systems. PE-based converters are present at the generation, transmission, and distribution levels.  In the field of power transmission and distribution, HVDC and FACTS technologies have helped to expand network power transfer capability and to increase operation flexibilities over the past 30 plus years. In recent years, more creative (or impactful) innovations in power electronics based T&D apparatus are emerging. Examples are VSC based HVDC links, PE-based fault current limiters, and solid state transformers. In parallel, various novel PE-application concepts have been proposed and some have found commercial applications. They include, for example, smart wires, electric springs, ground fault neutralizers, soft-open switches, PE-assisted transformers, grid edge PE devices and PE-enabled active protection schemes. As the future power systems will be increasingly populated by power electronics, there is also a need to develop new knowledge on how to understand, analyze and engineer modern and future power systems. 

The objectives of this Special Section are (1) to encourage the dissemination of new concepts and ideas on applying PE to support T&D, and (2) to improve techniques to understand, analyze and engineer future PE-rich T&D systems. This Special Section aims to promote research, innovation and exchange of information in these fields. Applications papers are also welcome. Topics of interest include, but are not limited to:
• Novel concepts and ideas of PE-based T&D apparatus
• Novel applications and industry experiences
• Design and control of PE-based T&D apparatuses and systems
• Modeling, simulation and analysis of PE-based apparatus and systems
• Methods of protection and monitoring 
• Interaction of PE-based apparatuses in T&D with generation and demand sides
• Application of simulation and co-simulation techniques and real-time simulators
• Existing and future grid code requirements, considering grid-forming and grid-following converters
• Field applications


IMPORTANT DATES
Apr 1, 2022: Call for papers issued
Oct 31, 2022: Deadline for submission of full papers (early submission is recommended)
Mar 31, 2023: Notification of final decisions
Dec 2023: Publication of Special Section  



GUEST EDITORIAL BOARD FOR THE SPECIAL SECTION

  • Oriol Gomis-Bellmunt (Guest Editor-in Chief), Technical University of Catalonia, Spain

  • Jef Beerten, KU Leuven, Belgium

  • Sahar Pirooz Azad, University of Waterloo, Canada

  • Mohamed El Moursi, Khalifa University, Abu Dhabi, UAE

  • Xiaorong Xie, Tsinghua University, China

  • Pierluigi Mancarella, University of Melbourne, Australia

  • Youngjin Kim, Pohang University of Science and Technology, Korea

  • Dominic Gross, University of Wisconsin-Madison, USA

  • Minyuan Guan, State Grid Huzhou Power Supply Company, China

  • Rodrigo Teixeira Pinto, Siemens Energy, Germany

  • Eduardo Prieto-Araujo, Technical University of Catalonia, Spain

  • Xavier Guillaud, EC Lille, France

  • Florian Dörfler, ETH Zurich, Switzerland



For more information, please contact

Oriol Gomis-Bellmunt (Guest Editor-in Chief) at: oriol.gomis@upc.edu


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19/04/2022

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FEMINISTPHD暴躁小刘
小刘是坚定的Feminist,非主流phd。主业—能源电气研究,副业—社会学(主要是性别议题)和心理学(主要是个人成长)非结构性研究,副副业—八十岁也要跑马拉松的佛系长跑选手。