Design trade-offs and feasibility assessment of a novel one-body, laminated-rotor flywheel switched reluctance machine †

Keyphrases

• Bespoke Design 20%
• Body Architecture 20%
• Controller 20%
• Cooling Loss 20%
• Customer Side 20%
• Design Aspects 20%
• Design Perspective 20%
• Design Process 20%
• Design Trade-offs 100%
• Dual Purpose 20%
• Electric Energy Storage System 20%
• Electrical Machine Design 20%
• Energy Density 20%
• Energy Storage 20%
• Feasibility Assessment 100%
• Flywheel 100%
• Generator Function 20%
• High Energy-power Density 20%
• High Safety 40%
• Hysteresis Band 20%
• Laminated Rotor 100%
• Loss Torque 20%
• Low Power 20%
• Moment of Inertia 20%
• Motor-generator 20%
• Optimum Vacuum 20%
• Phase Split 20%
• Power Density 20%
• Power Development 20%
• Rotor 40%
• Rotor Material 20%
• Speed Ratio 20%
• Split Ratio 20%
• Switched Reluctance Machine 100%
• Torque Ripple 20%
• Vacuum Control 20%
• Vacuum Level 20%

Engineering

• Design Aspect 16%
• Design Process 16%
• Design Trade 100%
• Electric Energy Storage 16%
• Electrical Machine 16%
• Energy Density 16%
• Energy Storage 16%
• Energy Storage System 16%
• Experimental Result 16%
• Hysteresis Band 16%
• Machine Design 16%
• Moment of Inertia 16%
• Motor Generator 16%
• Power Density 33%
• Research Work 33%
• Rotors 100%
• Speed Ratio 16%