Solving dynamic programming with supremum terms in the objective and application to optimal battery scheduling for electricity consumers subject to demand charges

Mathematics

• Battery 100%
• Electricity 99%
• Scheduling 73%
• Charge 72%
• Dynamic Programming 72%
• Demand 71%
• Supremum 70%
• Term 38%
• Optimality 15%
• Objective function 15%
• Stochastic Dynamic Programming 14%
• Optimal Scheduling 13%
• Costs 13%
• Optimization Problem 12%
• Stochastic Model 8%
• Class 7%
• Generalise 4%
• Form 3%

Business & Economics

• Dynamic Programming 70%
• Electricity 60%
• Charge 60%
• Optimality 45%
• Objective Function 33%
• Optimization Problem 33%
• Overhead Costs 23%
• Stochastic Dynamic Programming 22%
• Electricity Consumption 20%
• State Variable 20%
• Stochastic Model 19%
• Costs 6%

Engineering & Materials Science

• Dynamic programming 70%
• Electricity 52%
• Scheduling 49%
• Stochastic models 15%
• Costs 10%