Given the increasingly busy railway networks, increased axle loads, and railway speeds,
modern railways and urban transport systems require smart and energy-efficient traction
power supply products and solutions to ensure safe, reliable, and environmentally
sustainable operations. Based on the latest development and achievements of China’s
traction power supply system, Smart Traction Power Supply Systems for High-speed
Railways focuses on the latest research into smart traction power supply systems. Starting
from the concept of smart technologies, it describes the structure and functions of smart
traction power supply systems, including smart power supply and transformation facilities,
smart power supply operation and maintenance management systems, smart power supply
dispatching systems, and high-speed communication networks. This book covers both
theory and the implementation, methods, and case studies of wide area protection, selfhealing
reconstruction, fault prognosis, health assessment, and power supply dispatching.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Smart traction substations - p. 23 3. Abstract - p. 23 4. Contents - p. 23 5. 2.1 Overall architecture - p. 23 6. 2.2 Smart primary equipment - p. 24 7. 2.3 Smart secondary equipment - p. 48 8. 2.4 Summary - p. 93 9. References - p. 93 10. Chapter 3. Smart OCS - p. 95 11. Abstract - p. 95 12. Contents - p. 95 13. 3.1 Introduction - p. 95 14. 3.2 Overview - p. 95 15. 3.3 Design philosophy of comprehensive detection and monitoring - p. 96 16. 3.4 OCS detection and monitoring method - p. 103 17. 3.5 Summary - p. 238 18. References - p. 239 19. Chapter 4. Smart operation and maintenance management system for power supply - p. 241 20. Abstract - p. 241 21. Contents - p. 241 22. 4.1 Operation management of traction power supply system - p. 242 23. 4.2 Smart operation and maintenance management system for power supply - p. 259 24. 4.3 OCS fault prognostics and health system - p. 275 25. 4.4 Prognostics and health management of traction substations - p. 340 26. 4.5 Summary - p. 383 27. References - p. 383 28. Chapter 5. Smart power supply dispatching system - p. 387 29. Chapter 6. Implementation cases and development of smart traction power supply systems - p. 435 30. Index - p. 465
Given the increasingly busy railway networks, increased axle loads, and railway speeds,
modern railways and urban transport systems require smart and energy-efficient traction
power supply products and solutions to ensure safe, reliable, and environmentally
sustainable operations. Based on the latest development and achievements of China’s
traction power supply system, Smart Traction Power Supply Systems for High-speed
Railways focuses on the latest research into smart traction power supply systems. Starting
from the concept of smart technologies, it describes the structure and functions of smart
traction power supply systems, including smart power supply and transformation facilities,
smart power supply operation and maintenance management systems, smart power supply
dispatching systems, and high-speed communication networks. This book covers both
theory and the implementation, methods, and case studies of wide area protection, selfhealing
reconstruction, fault prognosis, health assessment, and power supply dispatching.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Smart traction substations - p. 23 3. Abstract - p. 23 4. Contents - p. 23 5. 2.1 Overall architecture - p. 23 6. 2.2 Smart primary equipment - p. 24 7. 2.3 Smart secondary equipment - p. 48 8. 2.4 Summary - p. 93 9. References - p. 93 10. Chapter 3. Smart OCS - p. 95 11. Abstract - p. 95 12. Contents - p. 95 13. 3.1 Introduction - p. 95 14. 3.2 Overview - p. 95 15. 3.3 Design philosophy of comprehensive detection and monitoring - p. 96 16. 3.4 OCS detection and monitoring method - p. 103 17. 3.5 Summary - p. 238 18. References - p. 239 19. Chapter 4. Smart operation and maintenance management system for power supply - p. 241 20. Abstract - p. 241 21. Contents - p. 241 22. 4.1 Operation management of traction power supply system - p. 242 23. 4.2 Smart operation and maintenance management system for power supply - p. 259 24. 4.3 OCS fault prognostics and health system - p. 275 25. 4.4 Prognostics and health management of traction substations - p. 340 26. 4.5 Summary - p. 383 27. References - p. 383 28. Chapter 5. Smart power supply dispatching system - p. 387 29. Chapter 6. Implementation cases and development of smart traction power supply systems - p. 435 30. Index - p. 465
