第47卷第2期电网技术Vol.47No.22023年2月PowerSystemTechnologyFeb.2023文章编号：1000-3673（2023）02-0679-09中图分类号：TM721文献标志码：A学科代码：470·40基于主从博弈理论的共享储能与综合能源微网优化运行研究帅轩越1，马志程2，王秀丽1，郭慧1，张晗1（1．西安交通大学电气工程学院，陕西省西安市710049；2．国网甘肃省电力公司电力科学研究院，甘肃省兰州市730070）OptimalOperationofSharedEnergyStorageandIntegratedEnergyMicrogridBasedonLeader-followerGameTheorySHUAIXuanyue1,MAZhicheng2,WANGXiuli1,GUOHui1,ZHANGHan1(1.SchoolofElectricalEnginnering,Xi'anJiaotongUniversity,Xi'an710049,ShaanxiProvince,China;2.ElectricPowerResearchInstituteofStateGridGansuElectricPowerCompany,Lanzhou730070,GansuProvince,China)ABSTRACT:Integratedenergymicrogridandsharedenergystorage,asgreatlysignificantinimprovingsystemenergyutilization,havegraduallybecomethecurrentresearchhotspots.Howtoestablishasetofintegratedenergymicrogridoptimizationoperationmodelsunderthebackgroundofsharedenergystorageisaproblemtobesolvedurgently.Firstofall,thesystemoperationframeworkisintroducedinthispaperandthefunctionofeachinterestbodyinthesystemisanalyzed.Second,theoptimizedoperationmodelsforthemicrogridoperator,thesharedenergystorageserviceprovider,andtheuseraggregatorareestablished.Furthermore,thegamerelationshipbetweenthemicrogridoperatorandtheuseraggregatorisanalyzed,andtheStackelberggamemodelbetweenthemicrogridoperatorandtheuseraggregatorunderthebackgroundofsharedenergystorageisproposed,provingtheexistenceanduniquenessoftheStackelbergequilibriumsolution.Finally,acasesimulationisperformedontheMATLABplatform,byusingtheYalmiptoolandCPLEXsolvertomodelandsolveandthecombinationoftheheuristicalgorithmandthesolvertooptimizethestrategiesofthemicrogridoperatorandtheuseraggregator.Theresultsshowthattheproposedmodelinthispapercannotonlyeffectivelyweightheinterestsofthemicrogridoperatorandtheuseraggregator,butalsoachieveawin-winsituationfortheuseraggregatorandthesharedenergystorageoperator.Theadoptedsolutionalgorithmcanprotectthedatapr...
