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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Fluid-structure interactionsRisk MitigationWave Basin Testing CurrentsModellingGISTurbulenceocean renewable energyAMAZONcombined wind and waveOffshore renewable energyHydrodynamic modellingtank testingcombinedMinas PassageTidal current turbineOWCMHK technologyBlade ElementWave energy resourceBlade designOTECCollision Evasion ModelEnvironmental effects of ocean energySubsea connection solutionsPublic acceptabilityMooringSynergiesCommercializationTidal energyDemand and supply fluctuationsAquacultureTidal Stream TurbineHydrodynamicEfficiencymarine renewablesPower transmission efficiencyAlderney RaceIndustryBest practicesTidal energy converterDynamic modellingPower Take OffOCEAN LIDERacousticsMooring systemRenewable energySwitched reluctance machineWave energy converterTidal powerEnergy resourceWave energyIrregular wavesU.S. Marine Energy Resourcewave energy convertersResourcesOscillating Water ColumnTest RigWave climateOverload sheddingFeasibilityLinear switched reluctance generatorThermosolar EnergyMeygenArraysVortex MethodModal analysisMarine Renewable EnergyOESWave energy converter arraytidal energy convertersRANSDevelopmentWave power generationHydrokinetic turbinesSediment transportWind energyControlAccessibility assessmentPentland FirthWave DragonSite AnalysisEnvironmental monitoringWave powerCalibrationRotorMaintenanceOvertoppingsite selectionEuropean Marine Energy centreReunion IslandWavestarFeed in TariffsTidal projectsExperimentsORPCNumerical simulationTidal currentsPower QualityADCPBay of FundyBathymetryenergy storageWave energy conversionMarketHybrid SystemsTidal TurbinesTidal streamOES-IAEIAOcean Thermal Energy ConversionEnvironmental ImpactCost driversResource assessmentCommercialisationOffshoreMarine energy sectorExperimental trialsLinear generatorWECsWave Energy Test SiteNorth SeaArray configurationHydrodynamicsFatigueTidalDirect Drive WECFinancingNumerical modellingCorrosionGrand PassageOPEXGrid integrationOpinionTidal resourceFloating Power Plant O&M StrategyNumerical simulations5-beam ADCPPolicy frameworkPelamis fundamentalsTidal RangeGeneric modellingoptimizationOffshore platformsEnergy captureSurvivabilityHydrokinetic energyAMERPoint absorbersCompositeAcoustic Doppler current profilerEuropean roadmapMarine Energy TechnologyReliabilityPower trainWECActuator DiskoptimisationTurbineSupply chainOsmotic powerBIMEPTidal turbineBreakwatersea trialsCFD (Computational Fluid Dynamics)Marine current turbineWaveMarine Current TurbinesAtlasTidal currentImpulse turbinePoint absorberPlatformArch-Shaped Pendulum GeneratorMutrikuAquamarine PowerOffshore wind farmsOcean EnergyStrategy and policiesScale testing of marine energy systemsFORCE siteNearshore wave energyComponent testingThird generation spectral modelWakeDesign LoadOnshoreDEXAMarine currentsEnvironmental Impact AssessmentDesign toolsTCP (Tidal Current Power)Flux-Switching PMActuator discRiver TurbinesWaveRollerElectricity generationHydrodynamic Site AssessmentTechnological Innovation SystemsWindArrayVertical axisTELEMACTidal Stream EnergyMooringsWave modelingInternational standardsTest sitesMarine energyPortugalTidal arraysTest facilityWave HubOffshore windair turbinewave farmMRETest centersTechnology development

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