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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Switched reluctance machinePublic acceptability5-beam ADCPWave modelingIndustryEIAMooringNumerical modellingMHK technologyOffshoreGrand PassageThird generation spectral modelTechnological Innovation SystemsO&M StrategyAMERIrregular wavesWave energy resourceTest sitesAquamarine PowerMarine Renewable EnergyOWCOsmotic powerFluid-structure interactionsSurvivabilityWave energyCalibrationOscillating Water ColumnHydrodynamicHydrokinetic turbinesWave energy converterRisk MitigationCorrosionTidal currentsExperimentsOverload sheddingTidal streamPower trainOffshore platformsFeasibilitywave farmSubsea connection solutionsRotorHydrodynamic modellingCurrentsTCP (Tidal Current Power)Site AnalysisDesign toolsInternational standardsSupply chainImpulse turbineRiver TurbinesEnvironmental effects of ocean energyCommercialisationMinas PassageOvertoppingPentland FirthBlade designWave energy converter arrayAccessibility assessmentWave DragonMooring systemActuator discwave energy convertersArray configurationWave powerMarine currentsThermosolar EnergyFORCE siteMeygenOCEAN LIDERWindCost driversResource assessmentCommercializationEnvironmental ImpactRenewable energyNearshore wave energyEnvironmental Impact AssessmentHydrodynamic Site AssessmentExperimental trialsORPCADCPBest practicesBreakwaterHydrokinetic energysite selectionTidal RangeWECsFloating Power Plant Tidal Stream TurbineoptimisationTest facilityMarine Energy Technologytank testingNorth SeaEuropean Marine Energy centreWave HubEuropean roadmapGISmarine renewablesRANSocean renewable energyWaveMarine energy sectorAcoustic Doppler current profilerMooringsCFD (Computational Fluid Dynamics)optimizationOES-IAPower transmission efficiencyOTECDemand and supply fluctuationsPolicy frameworkNumerical simulationsWakeOPEXEnvironmental monitoringTidal turbineU.S. Marine Energy ResourceElectricity generationEfficiencyTidal arraysTidal powerMREOnshorecombinedEnergy resourceacousticsOcean Thermal Energy ConversionTidal energyNumerical simulationOcean EnergyCompositeWave energy conversionTidal resourceArrayTidal energy converterPoint absorbersBay of FundyTidal TurbinesVertical axisHybrid SystemsAtlasCollision Evasion ModelTidalWind energycombined wind and waveMarkettidal energy convertersWaveRollerScale testing of marine energy systemsModal analysisWECTidal projectsFeed in TariffsGrid integrationTurbulenceWave climateOffshore renewable energyMarine current turbineTurbineHydrodynamicsReliabilityOffshore wind farmsDEXATidal Stream EnergyTELEMACActuator DiskFatigueDevelopmentDirect Drive WECGeneric modellingAlderney RaceMaintenancePelamis fundamentalsMutrikuDesign LoadControlAquacultureBlade ElementVortex MethodTest RigPlatformEnergy capturePower Take OffFlux-Switching PMPortugalMarine Current TurbinesFinancingWave Basin Testing Power QualityAMAZONComponent testingSediment transportArraysWave Energy Test SiteTidal currentWave power generationTechnology developmentTidal current turbineTest centersModellingBathymetryArch-Shaped Pendulum GeneratorReunion IslandPoint absorberenergy storageOpinionsea trialsOffshore windWavestarStrategy and policiesLinear switched reluctance generatorDynamic modellingLinear generatorResourcesMarine energyair turbineOESBIMEPSynergies

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