Smart Traction Power Supply Systems for High-speed Railways

Smart Traction Power Supply Systems for High-speed Railways by Shibin Gao and Zhengqing Han is an essential, forward-looking guide for engineers, planners, and decision-makers shaping the next generation of rail networks. This authoritative work brings clarity to the complex world of traction power supply for modern high-speed rail, blending practical design principles with cutting-edge smart solutions.

Begin with a clear snapshot of why smart traction matters: rising traffic, stricter energy targets, and the need for resilient supply across China’s vast high-speed network, Europe’s busy corridors, and expanding systems worldwide. The book explains core topics—system architecture, power electronics, regenerative braking, energy management, grid interaction, fault diagnosis, and control strategies—using real-world examples and engineering insight.

Readers will discover actionable approaches to improve energy efficiency, reduce lifecycle costs, and integrate renewable energy into traction systems. Detailed analysis of protection schemes, simulation methods, and interoperability considerations helps transport operators and consultants make informed technical and economic decisions.

Written by experienced practitioners, this practical reference balances rigorous theory with hands-on solutions suited to both academic study and field application. Whether you’re a railway engineer, project manager, or policymaker focused on sustainable transport, this book equips you to design, evaluate, and upgrade traction power systems for reliable high-speed performance.

Invest in the future of rail—add Smart Traction Power Supply Systems for High-speed Railways to your professional library and lead the transition to smarter, greener rail infrastructure.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.