Optimal fleet deployment for electric vehicle sharing systems with the consideration of demand uncertainty

Keyphrases

• Demand Uncertainty 100%
• Electric Vehicle Sharing System 100%
• Fleet Deployment 100%
• Stochastic Demand 60%
• Fleet Allocation 40%
• Taiwan 20%
• Systems-based 20%
• Decomposition Method 20%
• Effectiveness Evaluation 20%
• Network Flow 20%
• Flow Method 20%
• Hedging 20%
• Commercial Software 20%
• Electric Vehicle 20%
• Optimal Allocation 20%
• Deterministic Demand 20%
• Deployment Problem 20%
• Moon Lake 20%
• Robust Solution 20%
• National Park 20%
• Network Decomposition 20%
• Chance-constrained 20%
• Mixed Integer Linear Programming Model 20%
• Decision Support Tool 20%
• Computational Experiment 20%
• Robust Optimization 20%
• Plug-in Electric Vehicles 20%
• Demand Scenarios 20%
• System Operator 20%
• Gurobi 20%

Computer Science

• Sharing System 100%
• Programming Model 20%
• Optimal Allocation 20%
• Computational Experiment 20%
• Robust Optimization 20%
• Robust Solution 20%
• Measures of Effectiveness 20%
• Mixed-Integer Linear Programming 20%

Engineering

• Electric Vehicle 100%
• Commercial Software 16%
• Optimal Allocation 16%
• Plug-in Electric Vehicle 16%
• Mixed-Integer Linear Programming Model 16%
• Robust Solution 16%
• System Operator 16%