A new control method of parallel-connected inverters using receding-horizon prediction with continuous control set

Keyphrases

• Model Predictive Control 100%
• Parallel Inverters 100%
• New Control Method 100%
• Receding Horizon 100%
• Continuous Control Set 100%
• Control Strategy 50%
• Inverter 50%
• Control Method 50%
• Digital Signal Processor 50%
• Output Current 50%
• System Stability 50%
• State Space 50%
• Disconnection 50%
• Parallel Connection 50%
• Distributed Generation 50%
• Control Gain 50%
• Power Rating 50%
• Voltage Loop 50%
• Power Quality 50%
• Current Loop 50%
• Microgrid 50%
• Matrix Calculation 50%
• Promising Applications 50%
• Voltage Deviation 50%
• Local Load 50%
• Multi-voltage 50%
• Three-phase Voltage Source Inverter 50%
• AC Bus 50%
• Load Sharing 50%
• Hot Swap 50%
• Complex Coordinate Transformation 50%
• Proportional-integral Regulator 50%
• Space Function 50%

Engineering

• Inverter 100%
• Continuous Control 100%
• Prediction Horizon 100%
• Predictive Control Model 66%
• Power Quality 33%
• Control Strategy 33%
• Test Result 33%
• Current Output 33%
• Gain Control 33%
• Phase Voltage 33%
• Power Rating 33%
• Current Loop 33%
• Generation Source 33%
• Local Load 33%
• Voltage Source Inverter 33%
• Microgrid 33%
• Distributed Power Generation 33%
• Disconnections 33%
• Systems Stability 33%
• Coordinate Transformation 33%
• Digital Signal Processor 33%