新的基于需求侧响应下的光储微电网运行策略.docx

新的基于需求侧响应下的光储微电网运行策略
Title:ANovelDemand-sideResponse-basedOperationStrategyforOptimalOperationofPhotovoltaic-basedMicrogridswithEnergyStorage
Abstract:
Microgridsystems,equippedwithdistributedenergyresources(DERs)andenergystoragesystems(ESS),havegainedsignificantattentionduetotheirpotentialtoenhancethereliability,efficiency,andsustainabilityofpowersystems.Inthispaper,weproposeanoveldemand-sideresponse-basedoperationstrategyforoptimizingtheoperationofphotovoltaic-basedmicrogridswithenergystorage.Thestrategyaimstoeffectivelybalancethesupplyanddemand,reduceenergycosts,andenhancetheresilienceofthemicrogridsystem.Theproposedstrategyincorporatesdemand-sidemanagement,real-timepricesignals,andloadschedulingtechniquestooptimizetheoperationofDERsandESSs.Simulationresultsdemonstratetheeffectivenessandfeasibilityoftheproposedstrategyinachievingoptimaloperationofphotovoltaic-basedmicrogridswithenergystorage.
1.Introduction
1.1Background
1.2Motivation
1.3Objectives
2.LiteratureReview
2.1MicrogridOperationandControlStrategies
2.2Demand-sideResponseinMicrogridOperation
2.3EnergyStorageSystemsinMicrogrids
3.Methodology
3.1SystemConfigurationandModeling
3.2Demand-sideManagementTechniques
3.3Real-timePricingMechanism
3.4LoadSchedulingTechniques
3.5OptimizationAlgorithm
4.Demand-sideResponse-basedOperationStrategy
4.1OverallOperationStrategy
4.2Demand-sideManagementStrategies
4.3Real-timePricingScheme
4.4LoadSchedulingTechniques
4.5OptimizationFramework
5.CaseStudy
5.1SimulationSetup
5.2PerformanceMetrics
5.3AnalysisofResults
6.Discussion
6.1ComparisonwithExistingStrategies
6.2ScalabilityandGeneralizabilityoftheProposedStrategy
6.3LimitationsandFutureResearchDirections
7.Conclusion
1.Introduction
1.1Background
Microgrids,asself-containedenergysystems,havegainedpopularityduetotheirabilitytointegraterenewableenergysourcesandimprovetheoveralloperationofthepowersystem.However,theintermittentnatureofrenewables,suchasphotovoltaics(PV),presentsoperationalchallengesthatneedtobeaddressedtooptim