Control strategies for permanent magnet synchronous generator-based wind turbine with independent grid-forming capability in stand-alone operation mode

Keyphrases

• Control Strategy 100%
• Operation Mode 100%
• Permanent Magnet Synchronous Generator 100%
• Wind Turbine 100%
• Stand-alone Operation 100%
• DC-link Voltage 100%
• Strategy II 100%
• Grid-forming Capability 100%
• Active Power 66%
• Grid-connected Converter 66%
• Rotor Side Converter 66%
• Proposed Strategy 66%
• Energy Efficient 33%
• Controller 33%
• System Dynamics 33%
• Formability 33%
• Modulation Frequency 33%
• Modulation Index 33%
• PI Controller 33%
• System Support 33%
• Demand Response 33%
• Voltage Deviation 33%
• Grid Synchronization 33%
• Point of Common Coupling 33%
• Strategy I 33%
• Grid-forming 33%
• Local Load 33%
• Independent Operation 33%
• External Power Supply 33%
• Nonlinear Simulation 33%
• Primary Frequency Control 33%
• Load Demand Response 33%
• Grid Converter Control 33%
• System Contingency 33%
• Grid Inertia 33%
• Ideal Voltage Source 33%
• Easy-to-implement 33%
• Inertia Response 33%
• Phase-locked Loop 33%
• DC Capacitor 33%
• Coupling Voltage 33%

Engineering

• Control Strategy 100%
• Operation Mode 100%
• Synchronous Generator 100%
• Grid-Side Converter 100%
• Link Voltage 100%
• Permanent Magnet 100%
• Compressed Air Motors 100%
• Active Power 66%
• Rotor-Side Converter 66%
• Power Supply 33%
• Phase Locked Loop 33%
• Point of Common Coupling 33%
• Forming Ability 33%
• Local Load 33%
• Modulation Index 33%
• Power Engineering 33%
• Systems Dynamics 33%
• Ideal Voltage Source 33%
• Fixed Modulation 33%
• Support System 33%
• Voltage Deviation 33%