高电压技术2025，Vol.51Issue(8)：3751-3761,11.DOI:10.13336/j.1003-6520.hve.20251135
柔性交流输配电技术(三):电磁型设备为基础的柔性技术研发进展
Flexible AC Transmission & Distribution Technology(Ⅲ):Research and Development Progress of Flexible Technologies Based on Electromagnetic Equipment
陈维江 1余越 1慕小斌 1周力骏 1陆振纲 1贺子鸣 1杨志昌 1赵泽昕 1高飞 1韩彬 1李志兵 1赵国亮 1王金丽 1徐桂芝 1陈秀娟 1乔光尧1
作者信息
- 1. 中国电力科学研究院有限公司,北京 100192
- 折叠
摘要
Abstract
Electromagnetic equipment-based flexible AC transmission and distribution technology(EME-FTDT)is a novel power system control and regulation technology evolved from conventional electrical equipment.By integrating mechan-ical and power electronic switches and combining advanced control strategies,EME-FTDT significantly enhances equipment operational flexibility and system controllability.This enables effective responses to dynamic changes in oper-ating conditions,thereby improving the security,stability,and economic efficiency of AC transmission and distribution systems.Over the past two decades,China Electric Power Research Institute has actively conducted key technology re-search and engineering application development in the EME-FTDT field.A series of technological achievements with independent intellectual property rights have been made,and a variety of EME-FTDT controllers have been successfully developed and deployed.This paper elaborates on the operating principles of various EME-FTDT devices,including flexible regulation technology for transformers,flexible control technology for circuit breakers,controllable shunt reac-tors,controllable surge arresters,controllable neutral grounding devices,hybrid controllable phase shifters,and electromagnetic flexible interconnection devices for distribution networks.Furthermore,this paper provides a compre-hensive review of the progress made by China Electric Power Research Institute regarding technical R&D and engineering applications of EME-FTDT.关键词
电磁型设备/变压器柔性调控/断路器柔性开合/可控电抗器/可控避雷器Key words
electromagnetic equipment/flexible regulation of transformer/flexible switching of circuit breaker/con-trolled shunt reactor/controlled surge arrester引用本文复制引用
陈维江,余越,慕小斌,周力骏,陆振纲,贺子鸣,杨志昌,赵泽昕,高飞,韩彬,李志兵,赵国亮,王金丽,徐桂芝,陈秀娟,乔光尧..柔性交流输配电技术(三):电磁型设备为基础的柔性技术研发进展[J].高电压技术,2025,51(8):3751-3761,11.
