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A holistic methodology for hydrokinetic energy site selection
ArticleAbstract: Hydrokinetic energy can contribute to diversify and decarbonise the energy mix in many coastal regioPalabras claves:CAPEX, Hydrokinetic energy, Numerical modelling, Socioeconomic impact, Tidal powerAutores:Carballo R., Fouz D.M., I. López, Iglesias G.Fuentes:scopusApplication of Marine Spatial Planning tools for tidal stream farm micro-siting
ArticleAbstract: The operation of tidal stream energy farms may interfere with other uses of the marine space, especiPalabras claves:Depth-limited tidal sites, Dredging Associated Risk (DAR), Good Environmental Status (GES), Maritime planning system, Ria de ribadeoAutores:Álvarez M., Carballo R., Fouz D.M., I. López, Iglesias G., Ramos V.Fuentes:scopusDesign selection and geometry in owc wave energy converters for performance
ArticleAbstract: Although oscillating water column (OWC) wave energy converters are arguably one of the most studiedPalabras claves:Oscillating water column, OWC, Wave energy, wave energy converter, WECAutores:Carballo R., Fouz D.M., I. López, Iglesias G.Fuentes:scopusEffects of Tidal Stream Energy Exploitation on Estuarine Circulation and Its Seasonal Variability
ArticleAbstract: Residual flows are of major importance in coastal areas, driving environmental processes such as sedPalabras claves:3D numerical model, Impact assessment, residual circulation, Seasonal variability, tidal stream energy exploitation, UpwellingAutores:Carballo R., Fouz D.M., I. López, Iglesias G., Sánchez M.Fuentes:scopusEfficiency of OWC wave energy converters: A virtual laboratory
ArticleAbstract: The performance of an oscillating water column (OWC) wave energy converter depends on many factors,Palabras claves:Artificial Intelligence, Artificial Neural Network, Oscillating water column, OWC, Turbine-chamber coupling, wave energy converterAutores:I. López, Iglesias G.Fuentes:scopusHolistic performance analysis and turbine-induced damping for an OWC wave energy converter
ArticleAbstract: Although oscillating water column (OWC) systems are one of the most studied types of wave energy conPalabras claves:Galicia, Numerical modelling, Oscillating water column, RANS-VOF, spain, Wave energyAutores:Castro Ruiz F., I. López, Iglesias G., Pereiras B.Fuentes:scopusHydrodynamic performance of an oscillating water column wave energy converter by means of particle imaging velocimetry
ArticleAbstract: In an OWC (oscillating water column) wave energy converter the damping exerted by the turbine on thePalabras claves:Oscillating water column, Particle imaging velocimetry, Tidal level, Turbine damping, Turbulent kinetic energy, Wave energyAutores:Castro A., I. López, Iglesias G.Fuentes:scopusHydrokinetic energy production in shallow estuaries: Miño estuary, nw Spain
Conference ObjectAbstract: Estuarine areas have emerged as promising sites for harnessing the hydrokinetic energy resource throPalabras claves:Estuarine areas, Hydrokinetic Energy Converter, Hydrokinetic resource, Numerical modelling, Seasonal performance, Tidal energy, Tidal streamAutores:Carballo R., Fouz D.M., I. López, Iglesias G., Ramos V.Fuentes:scopusIntra-annual variability in the performance of an oscillating water column wave energy converter
ArticleAbstract: The intra-annual variability in the wave resource is often disregarded when analysing the performancPalabras claves:Air compressibility, Numerical modelling, Oscillating water column, Physical modelling, Turbine-induced damping, Wave energyAutores:Carballo R., I. López, Iglesias G.Fuentes:scopusPerformance of OWC wave energy converters: Influence of turbine damping and tidal variability
ArticleAbstract: The performance of oscillating water column (OWC) systems depends on a number of factors in a complePalabras claves:Oscillating water column, Tidal level, Turbine damping, Turbine-chamber coupling, wave energy converterAutores:Castro Ruiz F., I. López, Iglesias G., Pereiras B.Fuentes:scopus