Ocean Energy Systems

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The goals of this website is to store & present relevant information from ICOE conferences (documents, papers, presentations) and make it available in the future. Furthermore this website informs of upcoming ICOE conferences.

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AtlasSite AnalysisTidal Stream TurbineWave Basin Testing OTECTidal currentWaveRollerThird generation spectral modelTest RigHydrodynamic modellingBreakwaterDemand and supply fluctuationsWave energy conversionExperimental trialsPoint absorbersTidal streamTELEMACPower trainFeasibilityMarketHybrid SystemsOESTidal energyWind energyAquamarine PowerWave energy converter arraySynergiesADCPPower QualityOcean Thermal Energy ConversionCorrosionInternational standardsModal analysisHydrodynamicFloating Power Plant tidal energy convertersoptimizationOffshoreActuator discOffshore platformsSupply chainMarine energyEnvironmental monitoringBlade ElementCost driversCommercialisationMutrikuCompositeWave powerTidal energy converterLinear generatorArch-Shaped Pendulum GeneratorMarine energy sectorTest sitesORPCVortex MethodMarine currentsNumerical simulationsArraysModellingFatigueEfficiencyWave modelingenergy storageArrayRANSFluid-structure interactionsPolicy frameworkOsmotic powerAMAZONWave power generationWave DragonLinear switched reluctance generatorGISHydrokinetic energytank testingTechnological Innovation SystemsOcean EnergyWaveMREWave Energy Test SiteOscillating Water ColumnacousticsRotorCFD (Computational Fluid Dynamics)North SeaAccessibility assessmentEIAoptimisationcombinedWave climateOffshore wind farmsBathymetryMarine Current TurbinesSwitched reluctance machineGeneric modellingTidal arraysOffshore windAcoustic Doppler current profilerU.S. Marine Energy ResourceIrregular wavesNearshore wave energyOPEXWECResource assessmentScale testing of marine energy systemsOES-IAImpulse turbinePower transmission efficiencyTidal turbineSurvivabilityOpinionRisk MitigationEuropean Marine Energy centreFeed in Tariffswave energy convertersEnergy resourceDesign LoadGrand PassageTurbineFORCE siteCalibrationControlEnergy captureBay of FundyAMERAquacultureEuropean roadmapMarine current turbineWECsHydrodynamic Site Assessment5-beam ADCPWave energyair turbineTidal Turbinessite selectionMaintenanceocean renewable energyTidal currentsWakeMinas PassagePoint absorberTCP (Tidal Current Power)PlatformSediment transportTidal Stream EnergyTidalOvertoppingWave energy resourceMooringsCommercializationDirect Drive WECDesign toolsBlade designTurbulenceHydrokinetic turbinesAlderney RaceActuator DiskOCEAN LIDERPortugalPublic acceptabilityCollision Evasion ModelIndustryEnvironmental ImpactElectricity generationResourcesMarine Energy TechnologyCurrentsHydrodynamicsStrategy and policiesO&M StrategyFinancingOWCOnshoreWindDynamic modellingTidal resourceMeygensea trialsWave energy converterReliabilityPower Take OffSubsea connection solutionsOffshore renewable energyBIMEPDevelopmentFlux-Switching PMWavestarwave farmEnvironmental effects of ocean energyGrid integrationTidal powerArray configurationDEXATechnology developmentRenewable energyThermosolar EnergyOverload sheddingBest practicesVertical axisPelamis fundamentalsComponent testingTidal current turbineTest centerscombined wind and waveMHK technologyPentland FirthTidal projectsMooring systemmarine renewablesRiver TurbinesTidal RangeNumerical simulationMooringExperimentsReunion IslandEnvironmental Impact AssessmentNumerical modellingMarine Renewable EnergyWave HubTest facility

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