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考虑风光发电可调度的微网储能容量配置方法.docx

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考虑风光发电可调度的微网储能容量配置方法 Title:MicrogridEnergyStorageCapacityAllocationMethodforDispatchableRenewableGeneration Abstract: Microgridsareapromisingsolutionforenhancingtheintegrationofrenewableenergysourcesintotheexistingpowergrid.Toeffectivelymitigatethevariabilityandintermittencyofrenewableenergy,anappropriateallocationofenergystoragecapacityisacriticalaspectindesigningamicrogrid.Thispaperpresentsacomprehensiveanalysisoftheallocationmethodsforenergystoragecapacityinmicrogrids,withaspecificfocusonwindenergygeneration.Theaimistoprovideinsightsintotheoptimalconfigurationofenergystoragesystems,whichcanpotentiallyenablehighpenetrationlevelsofrenewableenergywhilemaintainingthegrid'sstabilityandreliability. 1.Introduction(approximately200words) Therapidgrowthofrenewableenergyresources,suchaswindandsolar,posessignificantchallengestotheexistingpowerinfrastructureduetotheirintermittencyandvariability.Microgrids,whicharesmall-scalelocalizedpowersystems,haveemergedasaviablesolutionforintegratingrenewableenergyintothegrid.Energystoragesystemsplayacrucialroleinstabilizingthemicrogrid,managingimbalancesbetweensupplyanddemand,andmaximizingtheutilizationofrenewableenergy.Thispaperaimstoexploretheallocationmethodsforenergystoragecapacityinmicrogrids,specificallyconsideringwindenergygeneration. 2.Background(approximately300words) Thissectionwillprovideanoverviewofmicrogrids,renewableenergygeneration,andenergystoragetechnologies.Itwilldiscussthechallengesfacedinintegratingintermittentrenewableenergyandthebenefitsofusingenergystoragesystems.Additionally,itwillhighlighttheimportanceofwindenergygenerationanditsspecificcharacteristicsthatrequireproperenergystorageallocation. 3.LiteratureReview(approximately400words) Thissectionwillreviewtheexistingallocationmethodsforenergystoragecapacityinmicrogrids.Variousapproachessuchasoptimizationalgorithms,rule-basedmethods,andmathematicalmodelswillbeevaluated.Thestrengthsandlimitationsofeachmethodwillbediscussed,alongwiththeirsuitabilityfortheintegration