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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FinancingWave Basin Testing Overload sheddingNumerical simulationTurbulenceWave energy resourcesea trialsEfficiencyWave HubPlatformWakeWave energy converterOPEXScale testing of marine energy systemsTidal streamEnvironmental monitoringTidal currentsCollision Evasion ModelExperimentsoptimizationDesign toolsSupply chainBreakwaterFeed in Tariffsair turbineOES-IAMarine energyOscillating Water ColumnArrayGeneric modellingWave powerPower transmission efficiencyWave energyWave energy conversionAMAZONEIASwitched reluctance machineModellingOvertoppingHydrokinetic turbinesWave energy converter arrayImpulse turbineVortex MethodFluid-structure interactionsOTECReliabilityPolicy frameworkArch-Shaped Pendulum GeneratorTidal current turbinemarine renewablesDemand and supply fluctuationsU.S. Marine Energy ResourceRisk MitigationTurbineWECsFatigueHydrodynamic Site Assessmentsite selectionActuator DiskCorrosionOnshoreEnvironmental effects of ocean energytidal energy convertersMRETidalORPCPelamis fundamentalsTidal Stream EnergyPoint absorbersTest sitesMooringElectricity generationTCP (Tidal Current Power)CFD (Computational Fluid Dynamics)Strategy and policieswave farmTest centersLinear generatorTidal currentcombinedenergy storageWind energyMarine Energy Technologyocean renewable energyMaintenancePower QualityCompositeCommercializationExperimental trialsNorth Seatank testingFeasibilityLinear switched reluctance generatorDevelopmentNumerical modellingSubsea connection solutionsRANSWave Energy Test SiteHydrokinetic energyWaveRollerComponent testingEuropean roadmapEnergy resourceOCEAN LIDERPower Take OffMarketTidal resourceWaveFORCE siteTidal powerWECMooring systemBest practicesEnergy captureTest RigGrand PassageCalibrationPublic acceptabilityTidal energyMarine current turbineReunion IslandArray configurationAcoustic Doppler current profilerCommercialisationMarine Renewable EnergyIrregular wavesSite AnalysisMHK technologyNumerical simulationsOffshore wind farmsThermosolar EnergyAquacultureMinas PassageOcean EnergyOpinionwave energy convertersWindOWCHydrodynamicHybrid SystemsSediment transportDirect Drive WECOcean Thermal Energy ConversionTidal projectsModal analysisOffshore windGrid integrationOESResource assessmentTidal arraysActuator discO&M StrategySurvivabilityDesign LoadArraysHydrodynamic modellingBlade ElementThird generation spectral modelEnvironmental Impact AssessmentPortugalDynamic modellingBathymetryMeygenTidal energy converterInternational standardscombined wind and waveWave modelingWavestarTechnology developmentOffshore platformsCost driversMooringsTidal TurbinesDEXARiver TurbinesHydrodynamicsBlade designEuropean Marine Energy centreWave climateMarine currentsControlMutrikuSynergiesRenewable energyOffshoreAccessibility assessmentFloating Power Plant Tidal turbineTidal RangeoptimisationResourcesIndustryTechnological Innovation SystemsFlux-Switching PMBay of FundyAMERBIMEPPoint absorberPower trainRotorTest facilityPentland FirthEnvironmental Impact5-beam ADCPMarine Current TurbinesVertical axisAlderney RaceWave power generationNearshore wave energyWave DragonGISAtlasADCPacousticsTELEMACAquamarine PowerCurrentsOsmotic powerOffshore renewable energyTidal Stream TurbineMarine energy sector

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