计及氢-氨高效利用和碳捕集-MR-CHP联合运行的综合能源系统优化调度
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引用格式：，，，等.计及氢-氨高效利用和碳捕集-MR-CHP联合运行的综合能源系统优化调度[J].现代电子技术2025，48（18）：125-133.
关键词：氢-氨高效利用；碳捕集-MR-CHP；综合能源系统；优化调度策略；新能源消纳；Kalina循环；碳捕集电厂中图分类号：TN86-34；TM73；TK01 文献标识码：A 文章编号：1004-373X（2025）18-0125-09
IESoptimized scheduling considering efficient utilization of hydrogen-ammonia andjointoperationofcarboncapture-MR-CHP
ZHAOGuo，RAO Zhangzhanpeng，TIAN Aina，ZOU Jiecheng，LIAO Xinyu，RENQiyuan （School of ElectricalandElectronic Engineering，Hubei Universityof Technology，Wuhan43Oo68，China）
Abstract：In alusiontothe problems of dificultyinnewenergyconsumptionandpoor flexibilitywhenthenewenergy with highproportionisoectedtotheintegratedenergysystem（IES），anIESoptimalschedulingstrategyisproposedbycombiing theeffcientutilizationof hydrogen-ammoniaand thejointoperationofcarboncapture-MR-CHP.Considering theabilityto promotetheabsorptionofnewenergy，theeficientutilizationmodelsofhydrogenenergyincludingwindpowerhydrogen production，gashydrogenblending，hydrogentothermalpower，etc.areestablishedinsequence，aswellasthefficient utilizatiomodelsofammoniaenergyforammoniaproductionequipmentandammoniablendingcombustioninthermal power plants.The flexibilityofcarboncapture powerplant （CCPP）andcombined heatandpower （CHP）unitswas improved by introducinglquidstoragetank，Kalinacycleandelectricboilerrespectivelyandacrboncapture-MR-CHPintegratedration structure was establishedbytaking methanereactor（MR）asabridge.Inorder toensure thelowcarbonandeconomic effciency ofthesystem，thesingle-objectivefunctionthatminimizes thesumofeachcostis establishedtosolvetheIESoptimal scheduling model.According totheexampleresults，theproposedmodelcansignificantlypromotetheabsorptionofcleanenergyandrealize thelow-carbon，economic，efficient and flexible operation of the IES.
Keywords：eficientutilizationof hydrogen-ammonia;carboncapture-MR-CHP;integratedenergysystem；optimized scheduling strategy;new energy consumption; Kalina cycle; carbon capture power plant
0 引言
为实现“碳达峰、碳中和”的目标，需加强对能源系统结构的转型和改进，推动风电、光伏等新能源与燃煤清洁发电共存[1-2]。（剩余12200字）
