中国华能集团清洁能源技术研究院_海上风电系统智能运维的数字孪生技术

中国华能集团清洁能源技术研究院CHINAHUANENGCLEANENERGYRESEARCHINSTITUTE中国华能Digital Twin Technology for Smart Operation&Maintenance of Offshore Wind Power SystemsJuly,2025中国华能集团清洁能源技术研究院OverviewCHINAHUANENGCLEANENERGYRESEARCHINSTITUTEResearchBackgroundTechnology RoadmapKey InnovationsHYDROGEResults&ApplicationsDigitalTwinTechnologyforSmartO&MofOffshoreWindPowerSystems中国华能集团清洁能源技术研究院01ResearchBackgroundTo meet China's carbon goals, we are going green, shifting to clean energy, building apower system onrenewables likewind and solarChinawill stopincreasingCO,emissionsby2o30andremoveall CO,-XiJPOnSep22,2020.PresidentXiannouncedChina'sgoalsof carbon peaking and carbonneutrality atthe75th UNGeneralAssemblya strategic decisionvital to China'ssustainable development and the sharedfuture ofhumanity.Toreachthisgoal,Chinaisbuilding anewpower systemcentered on renewables expanding the clean energyindustry.andpromotingrenewableenergysubstitution,creating a vast market forgreen developmentDigitalTwinTechnologyforSmartO&Mof OffshoreWindPowerSystems中国华能集团清洁能源技术研究院01ResearchBackgroundCHINAHUANENGCLEANENERGYRESEARCHINSTITUTEDeveloping Offshore Wind Power is a Strategic Choice for Clean EnergyAccording to data released by the National Energy Administration.in 2024, China added 79.82GWof newwindpower capacity,including4GWof offshorewind.Thetotal offshorewindinstalledcapacity hasnow exceeded41 GW.Since2021,China hasmaintained the world's largestoffshorewind capacityChina has a Vast sea area, long coastiine,many islands,and3000重新增装机2639high wind power density.2500总装机Offshorewind resources arethreetimes greaterthan2000onshore,rankingamongthetopglobally1739Advantage:15001000006Higher power generation593500163116279363Morestable operation2303066.45236810484No land occupation201320142015201620172018201920202021Close to demand centers我国海上风电装机容量（万干瓦）中国华能集团清洁能源技术研究院01ResearchBackgroundCHINAHUANENGCLEANENERGYRESEARCHHNSTITUTEOffshorewindpowermonitoringislimited inscopeandmethods,withchallengesindatacollectionandtransmissionInsufficientresearchonmulti-physicscouplinginoffshorewindpowerlacksmethodstosimulatecomplexsvstembehaviorsOffshorewindpower still reliesonreactivemaintenance,lackingintelligent systemsforefficientO&M,leadingtohighcosts.monitor wind powersimulatecomplexsystemscomprehensive intelligentequipmento&Msystem中国华能集团清洁能源技术研究院01ResearchBackgroundCHINAHUANENGCLEANENERGYRESEARCHINSTITUTEDigital twins are widely used in industries like aerospace, energy, power, and manufacturing,across scenarios suchas design,production,operations,anddecision-making.Theyenabledata-and model-driventransformation,optimizingresourcesmorebroadly,efficiently,andpreciselyCore ValueCore Tech功能信描述分折韩预测决策ProcessVisualization&Multi-sourceControlheterogeneous dataintegration九柯模型数据采集数据采集DigitalOperationsforEfficiencyMulti-modelbuildingand指令interoperability:Collaborative ValueChain据易数据采集数据传输数据处理数据仔储.High-real-time dynamic数据:DigitalTwin-DriveninteractionTransformation物理层现实对象中国华能集团清洁能源技术研究院02TechnologyRoadmapCHINAHUANE