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HydroAir Power Take Off Combined Design ReportSource

The submission is the combined design report for the HydroAir Power Take Off (PTO). CAD drawings, circuit diagrams, design report, test plan, technical specifications and data sheets are included for the Main and auxiliary control cabinets and three-phase-synchronous-motor with a permanent magnet generator (PMG).

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AEPAnnual YieldAnnualized energy production AEPBaseframeCADCFDComposite ComponentsCompositesDampingDresser-RandDuctingDuctsFMEAFailure Mode Effect AnalysisGrid-ConnectionGuide VanesHydroAirHydroAir PTOHydroAir Power Take Off PTOHydroAir Power Take Off PTO SystemHydroAir Radial TurbineHydrokineticLCOELevelized Cost of Electricity LCOEMHKMarineNoise levelsOWCOscillating Water Column OWCPMGPTOPerformancePermanent Magnet GeneratorPower Take Off PTOPower to Weight PWR RatioPower-to-Weight PWR RatioPower-to-Weight Ratio PWRRenewable EnergyRotor BladesRotor ShroudSGTSOVShroudShut-Off Valve SOVSiemensSiemens Government TechnologiesSiemens Industry Inc.Siemens Industry Inc. Permanent Magnet Generator PMGSiemens Industry Inc. Variable Frequency Drive VFDThree-Phase-Synchronous-Motor with Permanent MagnetVFDWECWETSWave EnergyWave Energy Converter WECWave Energy Test Site WETSbase framecircuitcolumncritical speeddesigndiagramdrawingsductdynamicseconomicselastic modelelectricalenergygeneratormodelmodelingoptimizationoscillatingoscillating water columnpermanent magnetplanpowerpower take-offpower-take-offreportrotorrotordynamicshaftspecificationsspecstechnicaltechnologytesttest planturbinevariable frequency drivewater
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PDFDOCX
National Renewable Energy Laboratory (NREL)about 1 year ago