Model Predictive Control for Dual-Active-Bridge Converters Supplying Pulsed Power Loads in Naval DC Micro-Grids

Keyphrases

• Model Predictive Control 100%
• Pulse Load 100%
• Dual Active Bridge Converter 100%
• DC Microgrid 100%
• Set Model 80%
• Control Sets 80%
• Discretized 80%
• Cost Function 40%
• Control Method 20%
• Experimental Validation 20%
• Prediction Horizon 20%
• Medium Voltage 20%
• Operating Principle 20%
• Fast Dynamics 20%
• Fixed Switching Frequency 20%
• Voltage Regulation 20%
• Rapid Transition 20%
• Low Voltage 20%
• System Energy 20%
• Disturbance Rejection 20%
• Galvanic Isolation 20%
• Low Computational Complexity 20%
• Energy Storage Technology 20%
• Passive Component Design 20%
• Supercap 20%
• Interface Converter 20%
• Energy Storage 20%
• Noise Resistance 20%
• Sampling Noise 20%
• Optimal Performance 20%
• Voltage Conversion 20%
• Resonance Damping 20%
• Adaptive Step 20%

Engineering

• Predictive Control Model 100%
• Load Power 100%
• Microgrid 100%
• Cost Function 40%
• Switching Frequency 20%
• Prediction Horizon 20%
• Operating Principle 20%
• Voltage Regulation 20%
• Passive Component 20%
• Battery (Electrochemical Energy Engineering) 20%
• Energy Storage System 20%
• Optimal Performance 20%
• Energy Storage Technology 20%
• Resonance Damping 20%