计及需求响应的含电-氨-电环节综合能源系统多时间尺度电-热联合调度

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引用格式：，.计及需求响应的含电-氨-电环节综合能源系统多时间尺度电-热联合调度[J].现代电子技术，2025，48（10）：109-117.

关键词：可再生能源；电转氨；固态氧化物氨燃料电池；电-热-氨耦合关系模型；热电联供；电力调度中图分类号：TN919.2-34；TM734 文献标识码：A 文章编号：1004-373X（2025）10-0109-09

Abstract：Thepenetrationrateof renewable energysuchassolar energyand windenergy in power system is improved generally.Inordertopromotetheconsumptionofrenewableenergygeneration，reducethecarbonemisionoftheintegrated energysystem（IES）andimprovetheeconomyoftesystemoperation，adispatchingmodeloftheelectricity-ammona-eletricity linkIES considering the demandresponse （DR）isproposed.Thepower-to-ammonia （P2A）moduleandammoniasolidoxide fuel cell（ASOFC）areusedtoimprove the wind power consumption levelof IESand participatein thecombined heat and power supplyof thesystem.Onthisbasis，aday-aheadandintra-dayoperationmodeloflow-carboneconomicisestablishedacording totheformation mechanismofDRresourcesontheload side.TheinternalenergycouplingrelationshipofIESwithelectricityammonia-electricitylinksisanalyzed，andafastandslowtime-scaleelectricity-heatjointschedulingmethodbasedonsourcechargecordinationisproposed.The exampleanalysisand comparisonresults basedon the CPLEX solver show that the proposedIESschedulingmodelwithelectricity-ammonia-electricitylink，anditsschedulingmethodcanefectivelyaleviatethe wind curtailment phenomenon，ensure the economic operation of the system，and reduce the system carbon emisions.

Keywords：renewableenergy；power-to-ammonia;ammoniasolidoxidefuelcel; electricity-heat-ammoniacoupling relationship model; combined heat and power; power dispatching

0 引言

随着“双碳”目标的提出，发展新型电力系统成为了当前电力行业的热点研究之一。（剩余11876字）