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ID:34164148
大小:2.93 MB
页数:51页
时间:2019-03-03
《含风电的微网混合储能控制策略研究》由会员上传分享,免费在线阅读,更多相关内容在教育资源-天天文库。
1、重庆大学硕士学位论文英文摘要fluctuationsbetweenmicrogridandpowergridsandreducetheimpactonthepowerflowdistributionwhenmicrogridworksingrid-connectingmode.Finally,thesimulationtestmodelsofsmallpermanentmagnetdirectdrivewindgenerationsystemandhybridenergystoragesystemareestablishedandthierp
2、erformancesaretestedbasedonMatlab/Simulinksimulationsoftware.Asimulationexperimentplatformofmicrogridhasbeenconstructed.Theoperationconditionhasbeensimulatedingrid-connectingmode.Simulationresultsshowthattheproposedcontrolstrategiescanachievegoodperformanceofthemicrogrid.Ke
3、ywords:microgrid,windgeneration,hybridenergystoragesystem,variablemovingaveragefilteringmethod,storagecontrolstrategyIII重庆大学硕士学位论文目录目录中文摘要........................................................................................................................................
4、........I英文摘要...............................................................................................................................................II1绪论.................................................................................................................
5、.................................11.1研究背景及意义..............................................................................................................................11.2微网的基本结构.............................................................................................
6、.................................21.3储能在微网中的作用......................................................................................................................41.4国内外研究现状...................................................................................................
7、...........................41.4.1微网研究现状...........................................................................................................................41.4.2风电发电技术研究现状................................................................................................
8、...........61.4.3储能技术研究现状.........................................................
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