Improved design and system approach of a three phase inductive HTS fault current limiter for a 12 kVA synchronous generator

Keyphrases

• Improved Design 100%
• Systems Approach 100%
• Design Approach 100%
• High Temperature Superconducting Fault Current Limiter 100%
• Synchronous Generator 100%
• Improved System 100%
• High-temperature Superconductivity 40%
• Fully Superconducting Generator 40%
• Joint Operation 40%
• Further Development 20%
• Dynamic Stability 20%
• Power Rating 20%
• Power Plant 20%
• Generator Temperature 20%
• One-phase 20%
• Mini 20%
• Primary Winding 20%
• Secondary Winding 20%
• Generating Unit 20%
• Fault Current Limiter 20%
• Unit Power 20%
• Leakage Reactance 20%
• High Temperature Superconducting Generator 20%
• Design Ideas 20%
• Electromagnetic Processes 20%
• Reactive Power Consumption 20%

Engineering

• Limiters 100%
• Synchronous Generator 100%
• Joints (Structural Components) 33%
• Theoretical Study 16%
• Electric Power Utilization 16%
• Dynamic Stability 16%
• Power Rating 16%
• Secondary Winding 16%
• Primary Winding 16%
• Generator Unit 16%
• Leakage Reactance 16%
• Reactive Power 16%