电力系统低频振荡和储能系统_英文_.pdf

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1、第31卷第20期电网技术Vol.31No.202007年10月PowerSystemTechnologyOct.2007文章编号：1000-3673（2007）20-0109-12中图分类号：TM917文献标识码：A学科代码：480·40电力系统低频振荡和储能系统11234杜文娟，高山，王海风，DunnRod，程时杰（1．东南大学电气工程学院，江苏省南京市210096；2．贝尔法斯特女王大学，英国贝尔法斯特；3．巴斯大学，英国巴斯；4．电力安全与高效湖北省重点实验室(华中科技大学)，湖北省武汉市430074）PowerSyste

2、mOscillationsandEnergyStorageSystems11234WDU，GAOShan，WANGHai-feng，RDUNN，CHENGShi-jie（1．SchoolofElectricalEngineering，SoutheastUniversity，Nanjing210096，JiangsuProvince，China；2．TheQueen’sUniversityofBelfast，Belfast，UK；3．UniversityofBath，Bath，UK；4．ElectricPowerSecuritya

3、ndHighEfficiencyLab(HuazhongUniversityofScienceandTechnology)，Wuhan430074，HubeiProvince，China）ABSTRACT：Thispaperdiscussesthepotentialofapplyingthendisappear,orcontinuetogrow,causingsystemenergystoragesystemstoenhancepowersystemoscillationseparation.Thereforethisprobl

4、emofpowersystemstability.Firstlyitbrieflyreviewsthedevelopmentofresearchoscillationsisalsorefereedaspowersystemandapplicationsinthefieldofpowersystemoscillationoscillationstability.Powersystemlow-frequencystabilityinthepastfourdecades.Thatincludestheanalysisandoscill

5、ationswerefirstobservedinNorthernAmericancontrolofpowersystemoscillationstability.Thenthepaperpowernetworkin1960sduringatrialinterconnectionaddressesvariousissuesintheapplicationsofenergystorageoftheNorthwestPowerPoolandtheSouthwestsystemsinpowersystems.Thefocusofdis

6、cussionsinthethirdPowerPool[2].Later,theywerereportedinmanypartofthepaperisaboutapplyingenergystoragesystemstocountries,includingtheUKin1980s.improvepowersystemoscillationstability.ThepaperisAlow-frequencyoscillationinapowersystemconcludedwithseveralsuggestionsfromth

7、eauthors.constrainsthecapabilityofpowertransmission,KEYWORDS：powersystemoscillationstability；energythreatenssystemsecurityanddamagestheefficientstoragesystems；FACTS；PSSoperationofthepowersystem.Itcouldoccurinpower摘要：研究了将能量储存系统用于提高电力系统振荡稳定性systemnormaloperationorfault

8、conditions.Onceit的潜力。首先简要回顾了过去40年中在电力系统振荡稳定starts,itmaygrowtocausesystemtolosestabilityorto性领域的研究和应用的发展情况，包括电力系统振荡稳定性demandthelevel