Performance of disturbance augmented control design in turbulent wind conditions

Keyphrases

• Control Design 100%
• Wind Conditions 100%
• Disturbance Model 100%
• Turbulent Wind 100%
• Augmented Control 100%
• Load Reduction 50%
• Rotor Frequency 50%
• Controller 33%
• Wind Turbine 33%
• Periodic Disturbance 33%
• Blade Load 33%
• Baseline Design 33%
• Control Model 16%
• Model Design 16%
• Turbulence 16%
• Design Framework 16%
• Controller Design 16%
• Frequency Spectrum 16%
• Rotor Speed 16%
• Wind Speed 16%
• Multiblade Coordinate Transformation 16%
• Periodic Loading 16%
• Loading Effect 16%
• Pitch Controller 16%
• Individual pitch 16%
• Individual pitch Control 16%
• Bending Moment 16%
• H Design 16%

Engineering

• Control Design 100%
• Disturbance Model 100%
• Rotors 50%
• Compressed Air Motors 33%
• Control Model 16%
• Pitch Control 16%
• H-Design 16%
• Loading Effect 16%
• Frequency Spectrum 16%
• Coordinate Transformation 16%
• Controller Design 16%
• Rotor Speed 16%
• Bending Moment 16%