Evaluation and mitigation of ac losses in a fully superconducting machine for wind turbine applications

Keyphrases

• Wind Turbine Applications 100%
• Fully Superconducting Machine 100%
• Design Optimization 66%
• Weight Loss 66%
• Low Loss 66%
• Low Weight 66%
• Active Shield 66%
• Order of Magnitude 33%
• Active Components 33%
• Design Space 33%
• Armature 33%
• Electrical Frequency 33%
• Excess Weight 33%
• MgB2 33%
• Armature Current 33%
• Electrical Loading 33%
• Practical Design 33%
• Machine Topology 33%
• Weight Reduction 33%
• Offshore Wind Turbine 33%
• Air Core 33%
• Loss Components 33%
• Active Shielding 33%
• Passive Shielding 33%
• Magnetic Loading 33%
• Hybrid Topology 33%
• Outer Rotor 33%
• Fully Superconducting Generator 33%
• Lower Pole 33%
• Superconducting Conductors 33%
• MgB2 Conductor 33%

Engineering

• Active Component 100%
• Optimised Design 100%
• Rotors 100%
• Design Space 100%
• Offshore Wind Turbines 100%
• Conductor Loss 100%
• Loss Component 100%
• Hybrid Topology 100%
• Compressed Air Motors 100%