1、東南大學碩士學位論文廣州10kV戶外配網(wǎng)自動化方案的研究姓名：馮棟申請學位級別：碩士專業(yè)：電氣工程指導教師：蔣平；黃育俊20110103ABSTRACTABSTRACTAsthenationaleconomydevelopmentandpeople’Slivingstandardsimproved，usersofpowerqualityandreliabilityhavebecomeincreasinglydemandingTransm

2、issionanddistributionasadistilbutionnetworkmadethelastonedirectlyfacingthecustomers，thepowerqualityandreliabilityofelectricitysupplytothegridandtheuserhasanimportantsignificanceFeederautomationtechnology嬲animportantdistr

3、ibutionautomationtechnologyfordistributionsystemfaultanalysisandprocessing，networkoptimizationandreconstructionhasaveryimportantroleSince2005，GuangzhouPowerSupplyBureaucarriedouttheinitialimplementationofthefeederautomat

4、ion，overtheyearsaccumulatedawealthofoperationalexperience，severalorganizationsin2009todiscusstechnicalsolutionsandexperiencesfortheearlyconclusionofthesystem，thisisthebasisforGuangzhouOutdoorPowerSupply10KVoverheadlinefe

5、ederautomationstatusmadetechnicalsolutionsThisPaperdiscussesthedistributionnetworkfeederautomationtransformationonthebackground，purpose，significance，importanceanddevelopmentofthestatusbasis，feederautomationequipmentinGua

6、ngzhouPowerDistributionAutomationImprovementProjectconductedadetailedanalysisoftheapplicationThePaperfirstdiscussestheconceptofFeederAutomation，structure，functiontheoryandthemainswitchgearmadeGuangzhoutheimplementationof

7、feederautomationdistributionnetworktransforillationandbasicprinciples；onthefeederautomationdesignofwhichinvolvesthemainpolevacuumcircuitbreakerloadswitchandintelligentmajorequipmentsuch嬲loadswitchfunctionalitytechnicalpe

8、rformanceisanalyzed；andintelligentterminalsandbackOfficesystemsandcommunicationstudiesprogramsThen，theautomaticswitchingdevicebasedonmutualcoordinationinthedecentralizedwayoffeederautomationapplicationsintheRuralReconstr

9、uction；andbytheSCADAsystemandtheFTUwiththecentralizedapproachfeederautomationapplicationintheUrbanNetwork；Finallythestudyexploredcombinationofvoltageandcurrentbaseddistributionintelligentfeederautomationcontrolmodelwitha

10、pplicationinGuangzhoul0kVoverheadpowerlineapplicationTlliSPaperproposesasuitablefeederGuangzhoudesignautomationautomatedtransformationthroughappliedresearchlinesfeederlinesdemonstratedthefeasibilityofautomatedtransformat

11、ion，realizethesubfeedermonitoring，control，andapplicationsubcircuitfaultisolationtechniques，circuitprotectionandsubstationequipmentforeffectiveprotectionwithimprovedsafetyandeconomicperformanceSincetheaccidentmoretimelytr