MULTI-FIDELITY MODELING FOR DYNAMIC POWER CONTROL AND OPTIMIZATION OF NUCLEAR-RENEWABLE HYBRID ENERGY SYSTEMS

Keyphrases

• Dynamic Power Control 100%
• Dynamic Power Optimization 100%
• Multi-fidelity Modeling 100%
• Nuclear-renewable Hybrid Energy Systems 100%
• Renewable Energy 66%
• Industrial Processes 66%
• Low-fidelity Model 66%
• High-fidelity Model 66%
• Carbon-based 33%
• Generation Sources 33%
• Generated Power 33%
• Control Strategy 33%
• Simulink 33%
• Promising Technology 33%
• Dynamic Power 33%
• Energy Systems 33%
• Control State 33%
• Nuclear Power Plant 33%
• Power Distribution 33%
• Cokriging Method 33%
• Nested Sets 33%
• Multiple Generations 33%
• Forward Calculation 33%
• Hybrid Energy System 33%
• Multi-fidelity Surrogate Modeling 33%

Engineering

• Renewables 100%
• Model Fidelity 100%
• Dynamic Power Control 100%
• Hybrid Energy System 100%
• Renewable Energy 25%
• Control Strategy 25%
• Nuclear Power Plant 25%
• Renewable Energy Source 25%
• Energy Systems 25%
• Power Distribution 25%
• Model Input 25%
• Surrogate Model 25%
• Generation Source 25%