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基于功率调节的微电网互联与配电网协调优化控制.docx

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基于功率调节的微电网互联与配电网协调优化控制 Title:CoordinationOptimizationControlofMicrogridInterconnectionandDistributionNetworkBasedonPowerRegulation 1.Introduction(200words) Asrenewableenergyintegrationbecomesincreasinglypopular,microgridshavegainedsignificantattentionasapromisingsolutionforachievingahigherlevelofenergyautonomyandreducingtheenvironmentalimpactoftraditionalpowersystems.However,thereliableandefficientoperationofmicrogridsrequireseffectivecoordinationandoptimizationoftheirownpowergeneration,storage,andconsumptioncapacities,aswellastheirinteractionwiththecentraldistributionnetwork. Thispaperaimstoproposeacoordinationoptimizationcontrolstrategyformicrogridinterconnectionanddistributionnetwork,withafocusonpowerregulation.Theobjectiveistoenableefficientpowerexchangebetweenmicrogridsandthecentraldistributionnetworktoensurestableandreliableoperationwhileoptimizingtheutilizationofrenewableenergysources. 2.Background(200words) 2.1MicrogridInterconnection Microgridinterconnectionreferstotheconnectionofmultiplemicrogridstoformalargerpowersystem.Thisintegrationnotonlyenablesbetterloadbalancingandresourcesharingbutalsoenhancestheoverallresilienceandstabilityofthenetwork. 2.2DistributionNetworkControl Theeffectivecontrolofthedistributionnetworkiscrucialformaintainingthebalancebetweensupplyanddemand,voltagestability,andpowerquality.Traditionaldistributionnetworkcontrolmethodsmaynotbesuitablefortheintegrationofmicrogrids,astheyoftenlackthenecessaryflexibilitytoaccommodatethevariablenatureofrenewableenergysources. 3.PowerRegulationinMicrogrids(300words) 3.1PowerGenerationandConsumptionOptimization Microgridsconsistofvariousdistributedenergyresources,includingsolarpanels,windturbines,andenergystoragesystems.Toensureoptimalpowergenerationandconsumption,anintelligentcontrolsystemshouldbeestablishedtoactivelyregulatetheoperationoftheseresourcesbasedonreal-timeenergydemands. 3.2PowerExchangewiththeDistributionNetwork Coordinationbetweenmicrogridsandthedistributionnetworkisfacilitatedthrough