Model-Based Framework to Optimize Charger Station Deployment for Battery Electric Vehicles

Keyphrases

• Charger 100%
• Model-based Framework 100%
• Location Deployment 100%
• Battery Electric Vehicle 100%
• Charger Placement 80%
• Road Network 60%
• Charging Station 60%
• Optimization Techniques 40%
• Charging Demand 40%
• Vehicle-based 20%
• Environmental Benefits 20%
• Gasoline 20%
• Energy Efficiency 20%
• Air Pollution 20%
• Physical Model 20%
• Network State 20%
• Trucking 20%
• Diesel 20%
• Waiting Time 20%
• Charging Infrastructure 20%
• Road Vehicles 20%
• Placement Problem 20%
• Driving Pattern 20%
• Vehicle State 20%
• Minimum Threshold 20%
• Power Vehicle 20%
• Placement Method 20%
• Network Simulation 20%
• Mixed Integer Programming Formulations 20%
• Commercial Vehicle 20%
• Complex Constraints 20%
• Traffic Corridor 20%
• Transparent Models 20%
• Explainability 20%
• Simplified Vehicle Model 20%
• Historical Traffic Data 20%
• Physical Optimization 20%
• Electric Trucks 20%

Computer Science

• Optimization Technique 100%
• Physical Model 50%
• Minimum Threshold 50%
• Network Simulation 50%
• Placement Technique 50%
• Mixed Integer Programming 50%
• Expected Wait Time 50%
• Energy Efficiency 50%
• Air Pollution 50%

Engineering

• Battery Electric Vehicle 100%
• Road Network 60%
• Optimization Technique 40%
• Road 20%
• Traffic Data 20%
• Nodes 20%
• Metrics 20%
• Environmental Advantage 20%
• Charging Infrastructure 20%
• Energy Efficiency 20%
• Physical Model 20%
• Commercial Vehicle 20%
• Air Pollution 20%