Impact of On-Board Hybrid Energy Storage Devices on Energy-Saving Operation for Electric Trains in DC Railway Systems

Keyphrases

• Energy Management 100%
• Hybrid Energy Storage System 100%
• DC Railway 100%
• Electric Train 100%
• Initial Charge 40%
• Energy Saving Measures 40%
• Mixed Integer Linear Programming Model 20%
• Energy Saving Potential 20%
• Energy Efficiency 20%
• High Capacity 20%
• Time-based 20%
• High Energy 20%
• Discretized 20%
• Li-ion Battery 20%
• Practical Data 20%
• Line Impedance 20%
• Train Longitudinal Dynamics 20%
• Power Splitting 20%
• Guangzhou Metro 20%
• Efficiency of Transport Systems 20%
• Regenerative Energy 20%
• Integrated Power Flow 20%
• Metro Line 20%
• Net Energy Consumption 20%
• Power Flow Model 20%
• Train Operation 20%
• Dynamic Power 20%

Engineering

• Energy Conservation 100%
• Energy Storage 100%
• Hybrid Energy 100%
• Railway 100%
• Energy Engineering 28%
• Initial State 28%
• State of Charge 28%
• Mixed-Integer Linear Programming Model 14%
• Energy Efficiency 14%
• Flow Model 14%
• Power Flow 14%
• Metro 14%
• Lithium Ion Battery 14%
• Impedances Line 14%
• Longitudinal Dynamic 14%