Multiple-vector model predictive power control for grid-tied wind turbine system with enhanced steady-state control performance

Keyphrases

• Array-based 33%
• Back-to-back Converter 33%
• Control Concept 33%
• Control Interval 33%
• Control Performance 100%
• Control Scheme 33%
• Control Solution 33%
• Control Variables 33%
• Converter Control 33%
• Direct Model 66%
• Direct Model Predictive Control 33%
• Duty Cycle Optimization 33%
• Electric Drive 33%
• Field Programmable Gate Arrays 33%
• Grid Side 33%
• Grid-tied 100%
• Model Predictive Power Control 100%
• Multiple Vectors 100%
• Nonlinearity 33%
• Permanent Magnet Synchronous Generator Wind Turbine 33%
• Power Converter 33%
• Power Electronic Drives 33%
• Power System 33%
• Steady State Control 100%
• Steady-state Performance 33%
• Switching Vector 33%
• System Constraints 33%
• Vector Model 100%
• Wind Turbine System 100%

Engineering

• Back Converter 33%
• Control Scheme 33%
• Direct Model 100%
• Duty Cycle 33%
• Electric Drives 33%
• Field Programmable Gate Arrays 33%
• Nonlinearity 33%
• Permanent Magnet 33%
• Power Control 100%
• Power Converter 33%
• Power Converter Control 33%
• Power Electronics 33%
• Power Engineering 33%
• Predictive Control Model 33%
• Sampling Frequency 33%
• Synchronous Generator 33%
• Wind Turbine System 100%