定制化浪潮下风电机组设计关键技术分析.docx

定制化浪潮下风电机组设计关键技术分析
Title:AnalysisofKeyTechnologiesinCustomizedDesignofWindTurbineGeneratorsundertheWaveofCustomization
Abstract:
Inrecentyears,thewindpowerindustryhasexperiencedsignificantgrowthduetoitsrenewableandcleanenergyattributes.Withtheincreasingdemandforwindpower,thereisagrowingemphasisoncustomizeddesigntocatertovaryingprojectrequirements.Thispaperaimstoprovideananalysisofkeytechnologiesinvolvedinthecustomizeddesignofwindturbinegeneratorsunderthewaveofcustomization.Thefocusofthisanalysisincludesaerodynamicdesign,structuraldesign,controlsystemdesign,andconditionmonitoring.
1.Introduction:
1.1Background
1.2Objective
2.AerodynamicDesign:
2.1RotorBladeDesign:
2.1.1Bladeshapeoptimizationandcontrol
2.1.2Materialselectionandcompositedesign
2.2Rotor-WindInteraction:
2.2.1Yawcontrolandalignmentoptimization
2.2.2Effectofturbulenceandwindshearonperformance
2.3PowerCurveOptimization:
2.3.1Aeroelasticanalysisandoptimization
2.3.2Wakeeffectsandwindfarmclustering
3.StructuralDesign:
3.1TowerDesign:
3.1.1Loadanalysisandstabilityconsiderations
3.1.2Materialselectionandcorrosionprotection
3.2FoundationDesign:
3.2.1Soilanalysisandsite-specificrequirements
3.2.2Foundationtypesanddesignoptimization
3.3DrivetrainDesign:
3.3.1Gearboxselectionandoptimization
3.3.2Shaftandbearingdesign
3.3.3Structuraldynamicsandfatigueanalysis
4.ControlSystemDesign:
4.1PitchControl:
4.1.1Pitchangleoptimizationforvaryingwindconditions
4.1.2Pitchsystemreliabilityandfaultdetection
4.2PowerRegulation:
4.2.1Generatorcontrolandpowerconverterdesign
4.2.2Voltageandfrequencyregulation
4.3GridIntegration:
4.3.1Reactivepowercontrolandgridcodecompliance
4.3.2Faultride-throughcapability
5.ConditionMonitoring:
5.1SensorTechnology:
5.1.1Vibrationanalysisandconditionmonitoringsystems
5.1.2Temperatureandhumiditymonitoring
5.2PredictiveMaintenance:
5.2.1Remotemonitoringandpredictiveanalytics
5.2.2Componentreliabilityandlifetimeassessment
6.Conclusion:
6.1Summaryofkeytechnologies
6.2Implicationsforthewindpowerindustry