A hybrid robust-stochastic optimization approach for day-ahead scheduling of cascaded hydroelectric system in restructured electricity market

Mathematics

• Electricity Market 100%
• Robust Optimization 80%
• Stochastic Optimization 71%
• Scheduling 61%
• Uncertainty 51%
• Dantzig-Wolfe Decomposition 16%
• Electricity 13%
• Lagrangian Relaxation 13%
• Large-scale Optimization 13%
• Optimization Model 12%
• Nonconvex Optimization 12%
• Nonconvex Problems 11%
• Market 10%
• Water 10%
• Model 9%
• Stochastic Model 9%
• Linearization 9%
• Scenarios 9%
• Optimization Problem 7%
• Decompose 6%
• Demonstrate 6%
• Term 5%
• Integer 5%

Business & Economics

• Stochastic Optimization 76%
• Electricity Market 59%
• Uncertainty 35%
• Dantzig-Wolfe Decomposition 16%
• Linearization 14%
• Lagrangian Relaxation 13%
• Decomposition 11%
• Natural Environment 11%
• Electricity Price 11%
• Market Environment 10%
• Integer 9%
• Hedge 9%
• Optimization Model 9%
• Optimization Problem 9%
• Water 7%
• Scenarios 6%

Engineering & Materials Science

• Power markets 62%
• Scheduling 41%
• Uncertainty 37%
• Decomposition 14%
• Linearization 10%
• Relaxation 9%
• Electricity 7%
• Water 5%