电力市场环境下计及V2G和多类型需求响应的综合能源系统多目标优化模型-豆柴文库

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电力市场环境下计及V2G和多类型需求响应的综合能源系统多目标优化模型
Title:Multi-objectiveOptimizationModelforIntegratedEnergySystemsConsideringV2GandMultipleTypesofDemandResponseintheElectricityMarketEnvironment
Abstract:
Withtheincreasingpenetrationofrenewableenergysourcesandthedevelopmentofelectricvehicles(EVs),theintegrationofvariousenergysystemshasbecomeessentialforensuringreliableandsustainablepowersupply.Thispaperproposesamulti-objectiveoptimizationmodeltoaddressthechallengesfacedbyintegratedenergysystemsintheelectricitymarketenvironment.Themodelconsiderstheintegrationofvehicle-to-grid(V2G)technologyandmultipletypesofdemandresponseforimprovedsystemefficiencyandeconomicbenefits.
Introduction:
Thetransitiontowardsalow-carboneconomynecessitatestheintegrationofvariousenergysystems,includingelectricity,heating,cooling,andtransportation.Thisintegrationfacilitatestheutilizationofrenewableenergysources,suchaswindandsolarpower,andmaximizestheirbenefitsbyoptimizingenergygeneration,storage,andconsumption.Inthiscontext,V2Gtechnologyallowselectricvehiclestoconnecttothegridbidirectionally,enablingthemtosupplypowerbacktothegridduringpeakdemandperiodsandsupportdemandresponseprograms.Additionally,demandresponseprogramsenableconsumerstoadjusttheirenergyconsumptionpatternsbasedonpricesignalsorgridconditions,enhancinggridstabilityandreducingenergycosts.
Methodology:
Theproposedmulti-objectiveoptimizationmodelseekstominimizesystemoperationcosts,reducegreenhousegasemissions,andimproveoverallsystemefficiency.Toachievetheseobjectives,themodelconsidersthefollowingcomponents:
1.V2GTechnologyIntegration:ThemodelevaluatesthepotentialbenefitsofV2Gtechnologyintermsofpowersupplytothegridduringpeakdemand,vehiclebatterydegradation,andoverallsystemefficiency.
2.MultipleTypesofDemandResponse:Themodelincorporatesvarioustypesofdemandresponseprograms,suchasprice-baseddemandresponse,incentive-baseddemandresponse,andemergencydemandresponse,tomanageenergyconsumptionpatternsandensuregridstability.
3.RenewableEnergyIntegration:Themode