Ocean Energy Systems

This website is sponsored by OES (Ocean Energy Systems); an intergovernmental collaboration between countries, which operates under framework established by the International Energy Agency (IEA).

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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Third generation spectral modelFatigueTurbulenceFinancingWaveEnvironmental Impact AssessmentDynamic modellingWindTidalwave energy convertersPoint absorbersOWCBlade Elementsite selectionOTECLinear generatorDesign toolsPower QualityPower trainoptimisationTest facilityExperimentsStrategy and policiesADCPFluid-structure interactionsOsmotic powerTidal RangeTidal Stream TurbineIndustrySurvivabilityScale testing of marine energy systemsRenewable energyWave power generationOpinionOnshoreVertical axisIrregular wavesComponent testingPower transmission efficiencyMarine Renewable EnergyAquamarine PowerOvertoppingCollision Evasion ModelWave DragonTidal energyenergy storageMinas PassageTidal currentsORPCCommercialisationacousticsMarine energyArch-Shaped Pendulum GeneratorFeasibilityWave energy resourceGeneric modellingoptimizationOverload sheddingTidal resourceGISTidal projectsMarine energy sectorMREcombined wind and waveEnergy resourceTidal energy converterNumerical modellingBest practicesOffshore windOffshore platformscombinedsea trialsHydrokinetic energyTidal currentNumerical simulationEIAEuropean Marine Energy centrePower Take OffEuropean roadmapMooring systemTest centersOscillating Water ColumnTidal TurbinesTechnology developmentTELEMACMarketMooringsBIMEPBathymetryMooringOffshoreFeed in TariffsResourcesDemand and supply fluctuationsModal analysisWakeDirect Drive WECOffshore wind farmsModellingAtlasTidal Stream EnergyBay of FundyEnergy captureCurrentsWave HubRotorSynergiesTidal powerWave energy converter arrayTidal turbineNorth SeaEnvironmental effects of ocean energySubsea connection solutionsWave Energy Test SiteNearshore wave energyWavestarImpulse turbineBreakwaterSite AnalysisOPEXArrayPolicy frameworkair turbineActuator discAccessibility assessmentDEXAWave Basin Testing Wave energyMarine currentsFlux-Switching PMWaveRollerO&M StrategyGrand PassageWave energy converterPentland FirthActuator DiskMarine current turbineReliabilityPelamis fundamentalsLinear switched reluctance generatorNumerical simulationsRisk MitigationPortugalWave powerSupply chainWECMarine Energy TechnologyCalibrationTurbineInternational standardsTidal streamHydrodynamicReunion IslandRiver TurbinesWind energyOCEAN LIDERCommercializationMutrikuArray configurationAMEROcean EnergyVortex MethodOES-IADevelopmentExperimental trialsTidal current turbineFloating Power Plant Cost driversTest sitesWave modelingHydrokinetic turbinesResource assessmentEfficiencyEnvironmental ImpactTCP (Tidal Current Power)5-beam ADCPHydrodynamic modellingDesign LoadControlCFD (Computational Fluid Dynamics)ocean renewable energyThermosolar EnergyHydrodynamicsTidal arraysWave climateOffshore renewable energyAcoustic Doppler current profilerGrid integrationHydrodynamic Site AssessmentWave energy conversionSwitched reluctance machineSediment transportBlade designU.S. Marine Energy Resourcewave farmAquacultureOESWECsAMAZONTest RigMHK technologymarine renewablestidal energy convertersRANSOcean Thermal Energy ConversionElectricity generationMaintenanceEnvironmental monitoringCorrosionArraysAlderney RaceCompositePoint absorberFORCE siteHybrid SystemsTechnological Innovation SystemsMeygenMarine Current TurbinesPublic acceptabilitytank testingPlatform

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