计及综合需求响应的电热气互联能源系统环保经济优化调度-豆柴文库

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计及综合需求响应的电热气互联能源系统环保经济优化调度
Title:OptimizingtheEnvironmentalandEconomicDispatchofaSmartElectric-ThermalEnergySystemConsideringIntegratedDemandResponse
Abstract:
Thetransitionfromtraditionalfossilfuel-basedenergysystemstocleanerandrenewableenergysourcesisbecomingincreasinglyimportanttocombatthenegativeeffectsofclimatechange.Inthisregard,theintegrationofelectricandthermalenergysystemsoffersapromisingsolution.Thispaperexplorestheoptimizationofasmartelectric-thermalenergysystemtoachieveenvironmentalandeconomicbenefitswhileconsideringtheintegrationofdemandresponse.
Introduction:
Thegrowingconcernsaboutclimatechangeandtheneedforsustainableenergysolutionshaveledtotheexplorationofnewmethodsforoptimizingenergysystems.Theintegrationofelectricandthermalenergysystemshasemergedasapromisingapproachtoincreaseenergyefficiency,reducegreenhousegasemissions,andensureeconomicviability.Thispaperaimstoproposeacomprehensiveoptimizationframeworkforasmartelectric-thermalenergysystem,takingintoaccountbothenvironmentalandeconomicfactors,whileincorporatingdemandresponsemeasures.
Methodology:
Theproposedoptimizationframeworkinvolvesamulti-objectiveapproachthatsimultaneouslyconsiderstheminimizationofenvironmentalimpactsandtheeconomicviabilityofthesystem.Theformulationoftheoptimizationproblemincludesvarioustechnicalconstraints,suchastransmissioncapacity,generationcapacity,andenergyefficiency.Additionally,itintegratesdemandresponsefeatures,allowingconsumerstoadjusttheirenergyusagebasedonreal-timepricesignals.
ResultsandDiscussion:
Theoptimizationresultsdemonstratethattheproposedframeworkeffectivelyreducestheoverallenvironmentalimpactoftheelectric-thermalenergysystemwhileensuringacost-effectivedispatch.Byoptimizingtheoperationofdifferentenergysources(includingrenewableandnon-renewable)andconsideringtheintegrationofdemandresponsemeasures,thesystemachievesasignificantreductioningreenhousegasemissions.Additionally,theeconomicviabilityofthesystemisimprovedthroughtheutilizationofdemandresponse,whichenabl