电力系统及其自动化学报ProceedingsoftheCSU-EPSA第35卷第4期2023年4月Vol.35No.4Apr.2023计及阶梯式碳交易机制的海岛综合能源优化调度黄冬梅1,吴涵文1,孙锦中1,胡安铎1,孙园2(1.上海电力大学电子与信息工程学院,上海200090;2.上海电力大学数理学院,上海200090)摘要:针对以柴油发电为主的传统海岛供电模式,存在污染环境、成本高且不易运输等问题,提出一种含碳交易机制的海岛综合能源优化运行策略。在以净收益最大为目标的同时,考虑阶梯式碳交易机制、新能源消纳、系统运行约束,构建了一种含阶梯式碳交易的光热储能配合风电制氢的日前综合能源优化调度模型。最后,通过cplex求解模型并对各类优化调度方案进行对比。结果表明,本文所提方案能有效提高系统收益及新能源消纳率,具有有效性和经济性。关键词:优化调度;阶梯式碳交易机制;新能源消纳;光热电站;电解制氢中图分类号:TM37文献标志码:A文章编号:1003-8930(2023)04-0093-07DOI:10.19635/j.cnki.csu-epsa.001090OptimalSchedulingofComprehensiveEnergyinIslandConsideringStep-by-stepCarbonTradingMechanismHUANGDongmei1,WUHanwen1,SUNJinzhong1,HUAnduo1,SUNYuan2(1.CollegeofElectronicsandInformationEngineering,ShanghaiUniversityofElectricPower,Shanghai200090,China;2.CollegeofMathematicsandPhysics,ShanghaiUniversityofElectricPower,Shanghai200090,China)Abstract:Inviewoftheproblemsinthetraditionalislandpowersupplymodebasedondieselpowergenerationsuchasenvironmentalpollution,highcostanddifficultyintransportation,acomprehensiveenergyoptimizationoperationstrat⁃egyforislandwithcarbontradingmechanismisproposed.Aday-aheadcomprehensiveenergyoptimalschedulingmodelforwindpowerhydrogenproductioncoordinatedwithaconcentratingsolarpowerstationandenergystorageisconstruct⁃ed,whichtakesintoaccountthestep-by-stepcarbontradingmechanism,newenergyconsumptionandsystemopera⁃tionconstraintswhilemaximizingthenetrevenue.Finally,thismodelissolvedbycplexandfurthercomparedwithvari⁃ousoptimalschedulingschemes.Resultsshowthattheproposedschemecaneffectivelyimprovethesystemrevenueandthenewenergyconsumptionrate,indicatingthatitisbotheffectiveandeconomical.Keywords:optimalschedulin...