ElectricalAutomation《电气自动化》2023年第45卷第1期电力系统及其自动化PowerSystem＆Automation新型电力系统背景下电源协同优化规划方法研究黄彬彬1，谢敏1，林盛振1，何润泉1，程培军2(1．华南理工大学电力学院，广东广州510641;2．中国南方电网广东电网广州供电局，广东广州510013)摘要:考虑风能光能等新能源出力不确定特性，为实现电力系统经济、灵活运行以及节能减排环保特性的宗旨，引入分析目标级联法。设计以综合成本最优为优化目标，按机组安全经济调度运行、灵活辅助服务市场和清洁低碳环保要求，建立新型电力系统背景下的电源协同规划模型，并以IEEE118节点系统对所提算法及模型予以验证。结果表明，所提算法及模型相较传统优化算法具有更好的寻优能力及计算速度。关键词:新能源;节能减排;分析目标级联法;新型电力系统;电源协同优化规划DOI:10．3969/j．issn．1000－3886．2023．01．015［中图分类号］TM712［文献标志码］A［文章编号］1000－3886(2023)01－0054－05ＲesearchonCollaborativeOptimizationPlanningMethodofPowerSupplyUndertheBackgroundofNew-typePowerSystemHuangBinbin1，XieMin1，LinShengzhen1，HeＲunquan1，ChengPeijun2(1．SchoolofElectricPowerEngineering，SouthChinaUniversityofTechnology，GuangzhouGuangdong510641，China;2．ChinaSouthernPowerGrid，GuangzhouPowerSupplyBureau，GuangzhouGuangdong510013，China)Abstract:Takingintoaccounttheuncertaincharacteristicsofnewenergyoutputsuchaswindandphotovoltaics，inordertoachievethepurposeofeconomical，flexibleoperationofthepowersystemandthecharacteristicsofenergysaving，emissionreductionandenvironmentalprotection，theanalysistargetcascademethodwasintroduced．Thedesignwastakenwiththeoptimalcomprehensivecostastheoptimizationgoal，accordingtotherequirementsofsafeandeconomicdispatchingoperationofunits，flexibleauxiliaryservicemarket，clean，low-carbonandenvironmentalprotection，apowersupplycollaborativeplanningmodelunderthebackgroundofnewpowersystemwasestablished，andtheproposedalgorithmandmodelwereverifiedbyIEEE118bussystem．Theresultsshowthattheproposedalgorithmandmodelhavebetteroptimizationcapabilitiesandcalculationspeedthantraditionaloptimizationalgorithms．Keywords:newener...
