An energy-efficient scheduling approach to improve the utilization of regenerative energy for metro systems

Keyphrases

• Scheduling Approach 100%
• Metro System 100%
• Energy Scheduling 100%
• Regenerative Energy Utilization 100%
• Regenerative Energy 40%
• Train Energy Consumption 40%
• Braking 40%
• Genetic Algorithm 20%
• Example-based 20%
• Numerical Examples 20%
• Kinetic Energy 20%
• Energy Recovery 20%
• Total Energy Consumption 20%
• Integer Programming Model 20%
• Energy Consumption Reduction 20%
• Speed Profile 20%
• Electricity Supply 20%
• Operation Data 20%
• Pantograph 20%
• Allocation Algorithm 20%
• Beijing China 20%
• Coordinated Scheduling 20%
• Recovery Mechanism 20%
• Regenerative Braking 20%
• Beijing Metro 20%
• Overhead Contact Line 20%
• Dwell Time Control 20%

Engineering

• Metro 100%
• Real Life 50%
• Reduce Energy Consumption 50%
• Numerical Example 50%
• Pantograph 50%
• Contact Line 50%
• Regenerative Braking 50%
• Genetic Algorithm 50%
• Programming Model 50%
• Dwell Time 50%