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基于simulink的SVC与SVG的仿真

于 2020-12-01 发布
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基于simulink的SVC与SVG的仿真,通过仿真分析他们的有缺点。《电气开关》(2009No4)90.3SVGSVCSVGSVC0.2smu link SVc SVg1.00-0.2SVC SVGEsmu lnkSVC SVG-0.8SVC SVG0.20.40.600.20.40.60100MVASVG0.2s0.38 SVG SVC9 SVGSVC SVG,三三CTCREquiv 500kvBI L1300kmL2300kmEquiv 500kV3000MVA2500MVASR TCT35711FaultSVCsvG mlmlSVGMWPWM100MVAFaultSVG711图5SvG的仿真电路图Svc Power System丰三:linkEquiv 500kBI LI30OkmB5L2300kmB6Equiv, 500kV2500MVASVG SVCSVGCSVG(Phasor type)OVG图6SVC的仿真电路图SVCVm vteSVGOm Oref(pu)SVGQrefVQ STATCOMs1]翁利民,张莉.SC与SVG的比较研究[J.冶金动力,2005(5):svC(magenta)jQm(pu)Power SystemSTATCOM (yellow)[2]周建丰,顾亚琴,韦寿祺.SVC与 STA TCOM的综合比较分析[J电力自动化设备,200727(12):57-60图7SvG和SVC动作特性的测量[3]杨恒,屠元吉,孟庆余,SVC无功补偿技术在济钢热连轧的应用0.2~0.3sJ.电气传动,200838(3)4]刘隽,李兴源,汤广福.SC电压控制与阻尼调节间的相互作用机71%SVC理[J.中国电机工程学报,200828(1):12-1769%0.2~[5]刘方蓝,林莉,牟道槐. STAT COM抑制电压波动和闪变的分析G「J.重庆大学学报(自然科学版),200730(2):34-36pu↓0.48p2008-11-12(1984-),GSVCo1994-2012ChinaACademicJournalElectronicPublishingHouse.alLrightsreservedhttp:/www.cnki.net

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