电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2014年
3期
2-6,18
,共6页
电力电子装置%电力系统%可靠性%故障管理%硬件在回路仿真%电力电子标准模块
電力電子裝置%電力繫統%可靠性%故障管理%硬件在迴路倣真%電力電子標準模塊
전력전자장치%전력계통%가고성%고장관리%경건재회로방진%전력전자표준모괴
power electronic equipment%power system%reliability%fault management%hardware-in-the-loop simulation%power electronics building block
电力电子装置能够促进电力系统向可持续发展和智能化转型。从发电、储能、微型电网、输电和电能质量5个方面，介绍了电力电子装置在电力系统中的主要应用。从提高电力电子装置可靠性、安全性、经济性和标准化的视角，综述了可靠性评估、故障运行管理、硬件在回路仿真和电力电子标准模块的研究工作。最后阐述了电力电子装置在电力系统应用中亟待解决的难题。
電力電子裝置能夠促進電力繫統嚮可持續髮展和智能化轉型。從髮電、儲能、微型電網、輸電和電能質量5箇方麵，介紹瞭電力電子裝置在電力繫統中的主要應用。從提高電力電子裝置可靠性、安全性、經濟性和標準化的視角，綜述瞭可靠性評估、故障運行管理、硬件在迴路倣真和電力電子標準模塊的研究工作。最後闡述瞭電力電子裝置在電力繫統應用中亟待解決的難題。
전력전자장치능구촉진전력계통향가지속발전화지능화전형。종발전、저능、미형전망、수전화전능질량5개방면，개소료전력전자장치재전력계통중적주요응용。종제고전력전자장치가고성、안전성、경제성화표준화적시각，종술료가고성평고、고장운행관리、경건재회로방진화전력전자표준모괴적연구공작。최후천술료전력전자장치재전력계통응용중극대해결적난제。
Power electronic equipments can promote the power system to change towards sustainable development and intellectualization.The main application of these equipments in the power system is described with respect to power generation,energy storage,microgrid,electricity transmission,and power quality.Research on reliability assessment,fault operation and management,hardware-in-the-loop simulation and the power electronics building block is reviewed from the perspective of increasing reliability, security, economy and standardization of these equipments. Finally, related urgent problems to be solved are elaborated.
