A control-oriented model for floating wind turbine stability and performance analysis

Keyphrases

• Controller 100%
• Stability Analysis 100%
• Performance Analysis 100%
• Wind Turbine Performance 100%
• Wind Turbine Stability 100%
• Floating Wind Turbine 100%
• Control-oriented Model 100%
• Power Fluctuation 40%
• Blade Angle Controller 40%
• Time-domain Simulation 20%
• Floaters 20%
• First-principles 20%
• Pitching Motion 20%
• Rigid Body Motion 20%
• Negative Aerodynamic Damping 20%
• Stability Performance 20%
• One Solution 20%
• Eigenvalue Analysis 20%
• Large Power 20%
• Turbine Performance 20%
• Small Power 20%
• Nacelle 20%
• Blade pitch Angle 20%
• Drivetrain 20%
• Linear Formulation 20%
• Generator Torque 20%
• Rated Wind Speed 20%
• Turbine Controller 20%
• Floating Turbine 20%
• Seven Degrees of Freedom 20%
• Frequency Domain Response 20%

Engineering

• Power Fluctuation 100%
• Performance Analysis 100%
• Oriented Control 100%
• Stability Analysis 100%
• Wind Turbine 100%
• Degree of Freedom 50%
• Time Domain 50%
• Pitch Motion 50%
• Eigenvalue Analysis 50%
• Parametric Study 50%
• Rated Wind Speed 50%
• Aerodynamic Damping 50%
• Rigid Body Motion 50%
• Drivetrain 50%
• Generator Torque 50%
• Frequency Domain Response 50%