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Editorial

机译:社论

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摘要

Economic, environmental, societal and technical advancement have encouraged a proliferation of distributed resources (DR) in the design of microgrids as well as distribution system with better control. Additionally, electric vehicles (EV) have shown potential to be promising solutions for energy cost savings and emission reduction. In recent years, we have observed a significant increase in the usage DRs and EVs. The high penetration of DRs and EVs will impact several aspects of microgrid as well as the electric distribution systems' planning, operation, and regulation. The increased penetration of DRs and EVs have created additional complex technical challenges for grid operation and researchers are working passionately to improve the monitoring, protection, and control strategies to overcome those challenges. In this context, one of the key topics that needs to be addressed is the development of a better understanding of those challenges due to higher penetration of EVs and DRs and then develop solutions for the stable operation of the power delivery system.
机译:经济,环境,社会和技术进步鼓励分布式资源(DR)在微电网设计中的扩散以及具有更好控制的分配系统。此外,电动车辆(EV)已经显示出具有能源成本节约和减排的有前途的解决方案。近年来,我们已观察到使用博士和EVS的显着增加。 DRS和EVS的高渗透将影响微电网的几个方面以及配电系统的规划,操作和调节。博士和EVS的渗透率增加为电网运营和研究人员创造了额外的复杂技术挑战,并使研究人员热情地工作,以改善克服这些挑战的监测,保护和控制策略。在这种情况下,需要解决的关键主题之一是由于EVS和DRS的渗透而更好地了解这些挑战,然后为电力输送系统的稳定运行开发解决方案。

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    Department of Electrical Engineering and Computer Science 4-206 Center for Science and Technology Syracuse University Syracuse NY 13244 USA;

    Canada Research Chair in Smart Distribution Systems Electrical and Computer Engineering Department University of Waterloo Waterloo Ontario N2L3G1 Canada;

    Department of Electrical Engineering University at Buffalo 230 W Davis Hall Buffalo NY 14260 USA and STS International P.O. Box 301 Getzville NY 14068 USA;

    University of Ontario Institute of Technology Faculty of Energy Systems and Nuclear Science 2000 Simcoe St. North Oshawa ON L1H 7K4 Canada;

    Faculty of Science and Engineering Chair for Data Communications Systems University of Siegen Hoelderlinstrasse 3 D-57076 Siegen Germany;

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