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准分布式的架空输电线路覆冰监测的仿真分析.docx

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准分布式的架空输电线路覆冰监测的仿真分析 Title:SimulationAnalysisofOverheadTransmissionLineIceDetectioninQuasi-distributedArchitecture Abstract: Iceaccumulationonoverheadtransmissionlinesposesasignificantrisktothereliableoperationofpowersystems.Accurateandtimelydetectionoficeloadsiscrucialforensuringthesafetyandstabilityofpowertransmission.Thispaperpresentsasimulationanalysisofaquasi-distributedarchitectureforoverheadtransmissionlineicemonitoring.Thestudyemploysavirtualenvironmenttoanalyzetheperformanceandeffectivenessofaquasi-distributedsystemindetectingandmonitoringiceloads.Theresultsdemonstratethepotentialofsuchasysteminenhancingicedetectioncapabilitiesandoptimizingmaintenanceefforts. 1.Introduction 1.1Background 1.2ProblemStatement 1.3Objectives 2.LiteratureReview 2.1IceDetectionSystemsforOverheadTransmissionLines 2.2Quasi-distributedArchitectureforIceMonitoring 2.3SimulationAnalysisinPowerSystemStudies 3.Methodology 3.1SystemConfigurationandComponents 3.2SimulationEnvironmentSetup 3.3IceFormationModeling 3.4DataProcessingandAnalysis 4.ResultsandDiscussion 4.1PerformanceEvaluationofQuasi-distributedArchitecture 4.2ComparisonwithTraditionalIceDetectionSystems 4.3ImpactonPowerSystemOperation 4.4CostandEfficiencyAnalysis 5.CaseStudy 5.1DescriptionandAssumptions 5.2SimulationResultsandAnalysis 5.3ImportanceofTimelyIceDetection 5.4PreventionandMitigationStrategies 6.Conclusion 6.1KeyFindings 6.2PracticalImplications 6.3FutureWork 7.References Keywords:overheadtransmissionlines,icedetection,quasi-distributedarchitecture,simulationanalysis,monitoring,powersystemoperation. Introduction: Iceaccumulationonoverheadtransmissionlinesduringwinterseasonsisasignificantconcernforpowersystemoperators.Theweightoficecancauselinesagging,leadingtopotentialpoweroutagesandequipmentfailure.Therefore,effectiveicedetectionandmonitoringsystemsareneededtopreventsuchincidentsandensurereliablepowertransmission.Thispaperaimstoanalyzetheperformanceofaquasi-distributedarchitectureforicedetectionusingsimulationtechn