Effects of tidal turbine number on the performance of a 10 MW-class semi-submersible integrated floating wind-current system

Keyphrases

• Wind-induced Current 100%
• Tidal Turbine 100%
• Semi-submersible 100%
• Floating Wind 100%
• MW-class 100%
• Energy Systems 70%
• Floating Offshore Wind Turbine 30%
• Load Case 20%
• Fatigue Damage 20%
• Tower Base 20%
• Dynamic Response 10%
• Negative Effects 10%
• Wind Waves 10%
• System Integration 10%
• Wind Turbine 10%
• System Stability 10%
• Coupling Effect 10%
• Interaction Effect 10%
• Elastic Coupling 10%
• Energy Utilization Efficiency 10%
• Total Power 10%
• Convertor 10%
• Tidal Current Energy Generator 10%
• 10 MW Wind Turbine 10%
• Installation Position 10%
• Wave-current Loading 10%
• Coupled Analysis 10%
• Floating Platform 10%
• Marine Energy 10%
• Aero-hydro-servo-elastic 10%
• Small Platforms 10%
• Platform pitch Motion 10%
• Utilization System 10%

Engineering

• Turbine 100%
• Semisubmersibles 100%
• Energy Systems 70%
• Floating Offshore Wind Turbine 30%
• Fatigue Damage 20%
• Tower 20%
• Load Case 20%
• Dynamic Response 10%
• Illustrates 10%
• Negative Effect 10%
• Integrated System 10%
• Compressed Air Motors 10%
• Systems Stability 10%
• Servomotors 10%
• Interaction Effect 10%
• Coupling Effect 10%
• Research Need 10%
• Energy Utilization Efficiency 10%
• Pitch Motion 10%
• Convertor 10%
• Coupled Analysis 10%
• Marine Energy 10%
• Floating Platform 10%