Multistage adaptive robust optimization for the hydrothermal scheduling problem

Keyphrases

• Robust Optimization 100%
• Multistage Adaptive Robust Optimization 100%
• Hydrothermal Scheduling Problem 100%
• Hydro Inflow 66%
• Chilean 33%
• Computational Efficiency 33%
• Hydro 33%
• Decomposition Method 33%
• Optimization Model 33%
• Stochastic Processes 33%
• Distributional Hypothesis 33%
• Uncertainty Set 33%
• Water Scarcity 33%
• Computationally Intensive 33%
• Cost-effectiveness 33%
• Optimal Dispatch 33%
• Power System Operation 33%
• Experiment-based 33%
• Large-scale Networks 33%
• Operating Cost 33%
• Planning Horizon 33%
• Hydrothermal Scheduling 33%
• Hydropower Plant 33%
• Cost Reliability 33%
• Electric Power Systems 33%
• Efficient Formulation 33%
• Tractability 33%
• Planning Model 33%
• Network Simplification 33%
• Multi-stage Stochastic Optimization 33%
• Large-scale Systems 33%
• Dispatching Policies 33%
• Decision Vector 33%
• Vector Autoregressive Model 33%
• Intertemporal Choice 33%
• Linear Decision Rules 33%
• Thermal Power Plant 33%
• Sampling Process 33%
• Water Inflow 33%
• Decision Process 33%
• Model Efficiency 33%
• Operation Model 33%
• Power System Planning 33%

Engineering

• Multistage 100%
• Decision Rule 33%
• Nodes 33%
• Computational Efficiency 33%
• Electric Power Systems 33%
• Optimal Dispatch 33%
• Power System Operation 33%
• Planning Horizon 33%
• Decision Process 33%
• Inherent Randomness 33%
• Sampling Process 33%
• Operational Cost 33%
• Solvability 33%
• Large-Scale Systems 33%
• Power System Planning 33%

Computer Science

• Scheduling Problem 100%
• Robust Optimization 100%
• Planning Horizon 25%
• Decomposition Method 25%
• Computational Efficiency 25%
• Operational Cost 25%
• Decision Process 25%
• Representativeness 25%
• Systems Planning 25%
• System Operation 25%
• Stochastic Optimization 25%
• Sampling Process 25%