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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ExperimentsCommercializationDevelopmentWave energy conversionEIAMarine energy sectorPelamis fundamentalsPoint absorberMarine energyBreakwaterMutrikuWaveActuator DiskAcoustic Doppler current profilerEnvironmental Impact AssessmentBathymetryInternational standardsReunion IslandWave DragonDEXAStrategy and policiesOffshore windWakeSynergiesLinear generatorGISDynamic modellingWave HubMooringsRenewable energyWave Energy Test SiteEnvironmental ImpactPublic acceptabilityBest practicesWave climateMinas PassageEfficiencyPentland FirthNumerical modellingGrid integrationtidal energy convertersWaveRollerMarine currentsMREWindComponent testingMooring systemtank testingHydrodynamicsMarine Current TurbinesThermosolar EnergyWind energyTidal turbineTidal TurbinesHydrodynamicHydrokinetic energyDirect Drive WECPolicy frameworkOWCOES-IATechnological Innovation SystemsWECsOffshore platformsOESAMAZONAtlasWave power generationAlderney RaceCost driversAMERMaintenanceDesign toolsCollision Evasion ModeloptimizationOCEAN LIDERCalibrationTechnology developmentAquacultureThird generation spectral modelTidal powerWave powerCompositeTest sitesOscillating Water ColumnArch-Shaped Pendulum GeneratorBay of FundyOverload sheddingOcean EnergyCFD (Computational Fluid Dynamics)European roadmapsea trialsPoint absorbersFeasibilityControlNearshore wave energyEnergy captureocean renewable energyGeneric modellingResource assessmentmarine renewablesMarine Energy TechnologyWave Basin Testing ArrayWave energy resourceTidal projectssite selectionOffshore wind farmsPower QualityacousticsTidal arraysenergy storageair turbinewave energy convertersSubsea connection solutionsTidal Stream EnergyEuropean Marine Energy centreOcean Thermal Energy ConversionElectricity generationFinancingResourcesPortugal5-beam ADCPPower transmission efficiencySwitched reluctance machineADCPWave energy converter arrayOffshore renewable energyTidal RangeOvertoppingGrand PassageMeygenTurbineImpulse turbineFluid-structure interactionsActuator discOffshoreEnvironmental monitoringOsmotic powerTidal energyArray configurationWave energyDemand and supply fluctuationsHydrodynamic modellingReliabilityWavestarFORCE siteDesign LoadTurbulenceTidal current turbineModal analysiswave farmTidal energy converterOTECU.S. Marine Energy ResourceMarine current turbineMarine Renewable EnergyAccessibility assessmentORPCHybrid SystemsEnergy resourceRisk MitigationPower Take OffTidal Stream TurbineNorth SeaTidalTidal resourceTest centersO&M StrategyBlade designRotorCurrentsCommercialisationcombined wind and waveTest RigSite AnalysisWave modelingBlade ElementFloating Power Plant Aquamarine PowerSediment transportHydrokinetic turbinesNumerical simulationBIMEPVortex MethodHydrodynamic Site AssessmentMHK technologyPower trainOPEXTidal streamWECLinear switched reluctance generatorVertical axisTCP (Tidal Current Power)Supply chainEnvironmental effects of ocean energyArraysMarketScale testing of marine energy systemsRiver TurbinesNumerical simulationsModellingTELEMACPlatformWave energy converterRANSTidal currentsCorrosionExperimental trialsFatigueFlux-Switching PMFeed in TariffsOnshorecombinedOpinionTest facilityIndustryMooringoptimisationSurvivabilityTidal currentIrregular waves

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