简介:摘要:本文通过比较研究法对乔庄站电动阀门电动操作时出现卡阻的次数有上升的趋势进行研究,综合分析电动装置存在的问题后,提出了三种解决方案,经过方案可行性分析论证,综合对比,最终确定了采用电动执行机构利旧方案,可以最大程度的降低改进成本,缩短改进周期,保障安全生产要求。方案具体阐述了东临复线乔庄输油站4041#电动阀电动执行机构利旧整治的具体方法,包括方案设计、对比选择实施以及安装调试等方面内容,为电动阀机械故障的快速处理以及设备利旧、节省投资成本,提供了可以借鉴和推广的思路和方法。
简介:CalculationandErrorAnalysisofElectromagneticTorqueforaWheelPermanentMagnetMotor,Characteristicsofacommon-raildieselinjectionsystemunderpilotandpost-injectionmodes,CharacterizationofcoilfaultsinanaxialfluxvariablereluctancePMmotor,CharacterizationofEvertrollNickel-Zinc,Chargebalancecontrolschemesforcascademultilevelconverterinhybridelectricvehicles。
简介:AnalysisofperformanceresultsfromFutureTruck2001;AnalyticalCalculationofAir-GapMagneticFieldDistributionandInstantaneousCharacteristicsofBrushlessDCMotors;ApplicationofFuzzyControlAlgorithmsforElectricVehicleAntilockBraking/TractionControlSystems;ApplicationStudiesofElectricDoubleLayerCapacitorSystemforFuelCellVehicle;ArbinHighPowerElectricVehicleBatteryTestingSystem(EVTS)“AdvancedTechnologyReachingDeepIntotheFuture”……
简介:[篇名]Computeraideddesignofanaxial-fieldPMbrushlessDCmotorforanelectricvehicle,[篇名]Conceptofthe“KAZ”,theStartofaNewGenerationinCarDesign,[篇名]ConceptualDesignofHybridElectricVehicleforUrbanUseinChina,[篇名]ConsumerEducation-AnEssentialElementintheAcceptanceoftheElectricVehicle,[篇名]ControlandManagementStrategiesfortheDelphiHighPowerLithiumBattery,[篇名]ControlofaContinuouslyOperatedPole-ChangingInductionMachine,[篇名]ControlofcompacthybriddriveconsistingofPMmotorandplanetarytransmissionCVT,[篇名]Controlofindependentrearwheeldrivesforelectricandhybridvehiclesusingoneneuro-fuzzycontroller,[篇名]Controller-inducedparasitictorqueripplesinaPMsynchronousmotor,[篇名]CoordinationofChargingStationsforElectricVehicles,[篇名]CoupledElectrochemicalandThermalAnalysisofElectric-VehicleBatteryModules,[篇名]CurrentActivitiesofStandardisationinJapan,[篇名]CurrentStatusReportonU.S.DepartmentofEnergyElectricandHybridElectricVehicleEnergyStorageR&DPrograms,[篇名]Current-modecontrolforsensorlessBDCMdrivewithintelligentcommutationtuning,[篇名]DaimlerChryslerEPICMinivanPoweredbyLithium-IonBatteries,[篇名]Designandanalysisofanewmultiphasepolygonal-windingpermanent-magnetbrushlessDCmachine,[篇名]Designanddevelopmentofthe2001MichiganTechFutureTruck,apower-splithybridelectricvehicle,[篇名]Designanddevelopmentofthe2002ComellUniversityhybridelectricvehicle,[篇名]Designanddevelopmentofthe2002MichiganTechFutureTruck,aparallelhybridelectricvehicle,[篇名]Designanddevelopmentofthe2002PennStateUniversityparallelhybridelectricexplorer,theWattmuncher。