Multiobjective augmented Eps-constraint optimization for economic/environmental stochastic unit commitment in power systems with high penetration of wind power

Mathematics

• Wind Power 100%
• Unit Commitment 90%
• Power System 70%
• Penetration 69%
• Pollutants 62%
• Economics 47%
• Optimization 41%
• Pareto Optimal Solution 24%
• Multiobjective Programming 22%
• Costs 19%
• Mathematical Programming 18%
• Scheduling Problem 18%
• Scheduling 18%
• Renewable Energy 16%
• Fuzzy Decision Making 13%
• Test System 13%
• Nondominated Solutions 13%
• Stochastic Programming 11%
• Programming Model 10%
• Demand 9%
• Stochastic Model 8%
• Choose 7%
• Methodology 6%
• Unit 6%
• Necessary 6%
• Energy 6%

Physics & Astronomy

• economics 58%
• penetration 44%
• scheduling 44%
• contaminants 39%
• optimization 35%
• mathematical programming 27%
• air 23%
• costs 11%
• operating costs 11%
• renewable energy 10%
• decision making 10%
• turbogenerators 10%
• programming 8%
• energy sources 8%
• methodology 6%
• causes 4%
• energy 2%

Engineering & Materials Science

• Wind power 46%
• Economics 34%
• Scheduling 24%
• Air 24%
• Mathematical programming 20%
• Hot Temperature 17%
• Stochastic programming 11%
• Environmental protection 10%
• Operating costs 8%
• Power generation 7%
• Renewable energy resources 7%
• Costs 6%
• Decision making 6%