AnIntelligentPowerGridEmergencyAllocationTechnologyConsideringSecondaryDisasterandPublicOpinionunderTyphoonDisasterHuiHouWuhanUniversityofTechnologySeptember,2024CICED2024The11thChinaInternationalPowerSupplyConferenceSeptember12-13,2024HangzhouCONTENTSBackgroundBFrameworkformulationstudyProblemCaseConclusionsE习近平对海南广东等地台风灾害作出重要指示要求抓紧组织力量救灾切实保障人民群众生命财产安全r:飘以大a000平Ah广东等地台风灾言作出要指品要求抓粉组织力量教灾切实保人民群生命附广安个李强作出度不毕社9四能今年号超强价风“厚间”97616明20分，22120分元怀在海有文酒a,尸东你间，成严点大、大限户电办。通四中，配分需.截至H1叫，火密已泻南，严.ra区人不H和处式，死C93人受伤。灭发生成，中此中总记，国米主，中平委主林习减平高皮乘反并作出点要州家，受起诚台”,为.广礼产东火需，道或人函伤C至大附广当关，要抓核实火情，血柳力展款k,要督深写受R纬得安露考工作，助次生火发%,都大力多伤产亡，。尽饮移复受指的交道，、邻设，形投用据后道，W恢正需生户秩。甲中块疏，国等说总理掣批示，国家勒和有关道方餐认直后落★总引记6师，la,atin,户时能发生n收大次火西：订杆标响。人保安务教工作，大杠发减M&r*下以易或，调T作地海网，广系规面导政拖置工作，所读.广百组队力勤全力开性救，的恢绿桶的电力、通后等基，讼/坚火群众*活障，,前用户电万，通，客所工进中Inrecentyears,withtheclimateandenvironmentalchanges,extremeweathereventscausedfrequentgridfailures,seriouslythreateningpowersysteminfrastructures.国家能源局文件国能发安全〔2019〕2号国家能源局印发《关于电力系统防范应对台风灾害的指导意见》的通知各，油医，酒市反新产建设兴画发属改(能。姿(工信委、工信厅),光京市城智委，国家能源务流机科，全国力会业或值，关单位：为深人贯御可道平时代中国特色性新主义愿地，实耳平地书记丽火减灾欲灾理志，避-步加强电力系挑防或监时风工，大就度低白风家著响，画家源施新定了《天于力监意应对血属笑窗的指导》、即家地你组，速通执行PARTAroundBackgContributionAnoveltyphoonsecondarydisasterpotentialevaluationmodelisproposedtopreventtheallocationprocessdelay.Aneffectivepublicopinionanalysismodelisproposed,whichreflectsrestoredemandandalleviatespublicnegativesentiment.ResearchgapSecondarymayoccuraftertyphoonlands,andbringinterferencetotherepairprocess.Thepoweroutagecausedbythetyphoonmayleadtonegativesocialsentimentaccumulation.PARTABackgroundTyphoondisasterisabigchallengeforthesafeandstableoperationofpowergridProblemformulationCasestudyConclusionsCONTENTSABackgroundFrameworkEEmergencyallocationoptimizationOutagedistributionPublicopinionanalysisMINLPproblemStudGeneticalgorithmEmergencyrepairallocationstrategyA-staralgorithmforpathoptimizationFinalrepairallocationpathSecondarydisasterpotentialfactorPublicopinionspatio-temporalanalysisMicro-blogtweetsSentimentrecognitionandclassificationSpatialcoefficientTimecoefficientExtra-TreeOutagedistributionSecondarydisasterpotentialassessmentTime-sequentialoutageMeteorologyGeographyMeteorologyAnalyticPARTBpredictionPowergridDisasterintensityHierarchyProcessGeographyFrameworkProblemformulationCasestudyConclusionsCONTENTSABBackgroundFrameworkETime-sequentialpoweroutagepredictionDatacollectionandprocessing>Thedisasterareaisdividedintoa1km*1kmfishnetastheminimumresearchunittofacilitatedatacollectionandimprovepredictionaccuracy.>Thesedataaretakenaspredictionmodel'sinputvariablesandtheoutputsarepredictionresults.1km*lkmInputdata(fastqorbam)ThestudgeneticalgorithmPowergridProblemformulationMeteorologyGeographyalgorithmSCrosing-owrPARTCk-mersElemen...