电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2015年
8期
48-50,54
,共4页
赵杰%王硕%刘鹏%王竞%杜冠男
趙傑%王碩%劉鵬%王競%杜冠男
조걸%왕석%류붕%왕경%두관남
光伏电站%并网系统%二次设备%配置原则
光伏電站%併網繫統%二次設備%配置原則
광복전참%병망계통%이차설비%배치원칙
photovoltaic power station%grid-connected system%secondary device%conifguration principle
为研究并网型光伏电站二次设备配置情况,采用MATLAB/SIMULINK软件建立光伏并网发电系统模型,分析了其工作原理,并以某35 kV并网型光伏电站为例,对其二次设备配置进行了说明.实际运行表明,该配置规范、原理清晰、稳定可靠,为今后大规模光伏并网发电提供了参考依据.
為研究併網型光伏電站二次設備配置情況,採用MATLAB/SIMULINK軟件建立光伏併網髮電繫統模型,分析瞭其工作原理,併以某35 kV併網型光伏電站為例,對其二次設備配置進行瞭說明.實際運行錶明,該配置規範、原理清晰、穩定可靠,為今後大規模光伏併網髮電提供瞭參攷依據.
위연구병망형광복전참이차설비배치정황,채용MATLAB/SIMULINK연건건립광복병망발전계통모형,분석료기공작원리,병이모35 kV병망형광복전참위례,대기이차설비배치진행료설명.실제운행표명,해배치규범、원리청석、은정가고,위금후대규모광복병망발전제공료삼고의거.
In order to research on the secondary device conifguration of grid-connected photovoltaic (PV) power station, this paper adopted the software of Matlab/Simulink to build the model of grid-connected PV power system and analyzed its working principle. Taking certain 35kV grid-connected PV power station for example, this paper illustrated the conifguration of the secondary device. The actual operation shows that the conifguration has the clear principle with stability and reliability, which provides reference basis for the future large-scale PV grid-connected power generation.
