考虑双重补偿需求响应和碳交易的多综合能源系统低碳优化调度

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引用格式：，等.考虑双重补偿需求响应和碳交易的多综合能源系统低碳优化调度[J].现代电子技术，2025，48（10）：157-166.

关建词：园区综合能源系统；需求响应；碳交易；低碳优化；混合博弈；能源协同管理；非对称纳什谈判中图分类号：TN86-34；TM73 文献标识码：A 文章编号：1004-373X（2025）10-0157-10

Multi-integrated energy systems low-carbon optimal scheduling considering dual compensation demand response and carbon trading

WEIYewen1，²，LIU Jiou¹，GU Jia’，LU Rongsheng1 （1.CollegeofElectricalEngineeringandNewEnergy，China Three Gorges University，Yichang 443oo2，China; 2.HubeiColaboratieovationCnterforewEergyrogrid，inaTreeGorgesUivesityichangia）

Abstract：Inorder toimprovetheenergyutilizationrateof theintegratedenergysystemandrealize thelow-carbon economicoperationofthesystem，ahybridgameoptimizationschedulingmethodformulti-parkintegratedenergysystem consideringcarbon tradinganddualcompensationdemandresponseis proposedtoimprove theenergycooperative management among multi-park systemsunder thesamedistributionnetwork.Ahybrid gameoptimization modelwiththesystemoperatoras theleaderandthemulti-park integratedenergysystemalianceasthefolowerisconstructed.Withthegoalofmaximizingtheir owbenefits，thesystemoperatorcanestablishtheelectricitypricetoguidetheoptimaloperationofthemulti-park integrated energysystemallance.Taking maximizingself-benefitsasthegoal，thepark integratedenergysystem（PIES）canconductthe energycooperationandsharingaccordingtothedecision-makingofthesystemoperator.Accordingtothediferentcomprehensive contributionabilityofeachPIESinhecooperation，asymmetricNashnegotiationisusedtodistributethecooperationicome. Themodelissolvedbymeansof dichotomou methodandalternatingdirectionmultipliermethod.Theexamplesimulationverify resultsshowthatthe proposed strategycanefectivelycoordinatetheenergyschedulingbetweensystems，maximizethelowcarboneconomicbenefitsof thesystemaliance，andensurethereasonabledistributionofcooperationbenefitsamongaliance members.

Keywords：park integrated energysystem;demand response;carbon trading;low-carbon optimization； mixed game;energy collaborative management;asymmetricNash negotiation

在"双碳"背景下，为推进能源快速转型，促进低碳经济的发展。（剩余11976字）