Wind turbine wakes for wind energy
Copyright policy )Wind turbine wakes for wind energy
During recent years, wind energy has moved from an emerging technology to a nearly competitive technology. This fact, coupled with an increasing global focus on environmental concern and a political desire of a certain level of diversification in the energy supply, ensures wind energy an important role in the future electricity market. For this challenge to be met in a cost-efficient way, a substantial part of new wind turbine installations is foreseen to be erected in big onshore or offshore wind farms. This fact makes the production, loading and reliability of turbines operating under such conditions of particular interest.
atmospheric inflow, wake turbulence, actuator line, wind farm, wind turbine load, wind turbine, wake interaction, wind energy, wind farm production, wind speed forecasting, system identification, wake meandering, individual pitch, wake, wind turbine control, Lanchester-Betz-Joukowsky limit, wind tunnel modelling, trailing-edge flaps, wind turbine production, wind speed measurements, Particle Image Velocimetry, Blade Element Momentum theory, orography effects, Energías Renovables, actuator disk, wake aerodynamics, CFD, rotor modelling, turbulence modelling, Mecánica
atmospheric inflow, wake turbulence, actuator line, wind farm, wind turbine load, wind turbine, wake interaction, wind energy, wind farm production, wind speed forecasting, system identification, wake meandering, individual pitch, wake, wind turbine control, Lanchester-Betz-Joukowsky limit, wind tunnel modelling, trailing-edge flaps, wind turbine production, wind speed measurements, Particle Image Velocimetry, Blade Element Momentum theory, orography effects, Energías Renovables, actuator disk, wake aerodynamics, CFD, rotor modelling, turbulence modelling, Mecánica
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