Wind turbines operating in cold climates: Reynolds number and turbulence effects on performances

Keyphrases

• Numerical Simulation 100%
• Cold Climate 100%
• Wind Turbine 100%
• Turbulence Effect 100%
• Reynolds number 100%
• Effect on Performance 100%
• Power Output 66%
• Turbulence Intensity 66%
• Recurring 33%
• Design Level 33%
• Steady State 33%
• Rotor 33%
• Power Level 33%
• Stall 33%
• Power Increase 33%
• Experimental Behavior 33%
• Wind Velocity 33%
• Low Wind Speed 33%
• Incompressible Navier-Stokes Equations 33%
• Actuator Disc 33%
• Nominal Power 33%
• Blade Element Theory 33%
• High Winds 33%
• Turbulence Closure Models 33%
• Quantitative Estimation 33%
• Extremely Low Temperature 33%
• Wind Turbine Power Curve 33%
• Stall Regulated 33%
• Hub Height 33%
• Output Increase 33%
• Stall Regulated Wind Turbines 33%
• Wind Density 33%
• Atmospheric Turbulence Effects 33%

Engineering

• Compressed Air Motors 100%
• Reynolds' Number 100%
• Turbine 75%
• Power Output 50%
• Turbulence Intensity 50%
• Rotors 25%
• Navier-Stokes Equation 25%
• Power Level 25%
• Low-Temperature 25%
• Atmospheric Turbulence 25%
• High Wind 25%
• Actuator Disk 25%
• Nominal Power 25%
• Blade Element Theory 25%
• Power Curve 25%