Method for estimating wind turbine production losses due to icing

Keyphrases

• Wind Turbine 100%
• Icing 100%
• Icing Events 100%
• Production Loss 100%
• Surface Roughness 57%
• Power Production 57%
• Ice Conditions 28%
• Drag Coefficient 28%
• Wind Turbine Blade 28%
• Rime Ice 28%
• Ice Mass 28%
• Power Curve 28%
• Energy Production 14%
• Surface Roughness Effect 14%
• Simulation Study 14%
• Ice Accretion 14%
• High Power 14%
• Computational Fluid Dynamics 14%
• Loss Measurement 14%
• Meteorological Conditions 14%
• Dynamic Loading 14%
• Aerodynamics 14%
• MW Wind Turbine 14%
• Lift Coefficient 14%
• Turbine Components 14%
• Atmospheric Icing 14%
• Generated Power 14%
• Relative Reduction 14%
• ANSYS Fluent 14%
• Flow Solver 14%
• Estimation Process 14%
• Ice Shape 14%
• Angle of Attack 14%
• Numerical Weather Simulation 14%
• Rated Wind Speed 14%
• Ice Throw 14%

INIS

• ice 100%
• production 100%
• losses 100%
• wind turbines 100%
• surfaces 55%
• roughness 55%
• simulation 44%
• power production 44%
• power 22%
• reduction 22%
• turbines 22%
• curves 22%
• drag coefficient 22%
• turbine blades 22%
• climates 11%
• comparative evaluations 11%
• levels 11%
• risks 11%
• energy 11%
• speed 11%
• length 11%
• shape 11%
• lifts 11%
• computer codes 11%
• aerodynamics 11%
• wind 11%
• weather 11%
• time dependence 11%
• lifetime 11%
• dynamic loads 11%
• computational fluid dynamics 11%
• atmospherics 11%
• meteorology 11%
• penalties 11%

Engineering

• Compressed Air Motors 100%
• Power Production 50%
• Drag Coefficient 25%
• Power Curve 25%
• Energy Production 12%
• Ice Accretion 12%
• Real Life 12%
• Icing Condition 12%
• Lift Coefficient 12%
• Turbine Components 12%
• Meteorological Condition 12%
• Flow Solver 12%
• Angle-of-Attack 12%
• Roughness Effect 12%
• Computational Fluid Dynamics 12%
• Dynamic Loads 12%
• Turbine 12%
• Aerodynamics 12%