About This Course

Feeder and return cables are the arteries of traction power systems. When they fail, the entire network suffers. Overheating, joint failures, and thermal runaway are common issues that derail reliability and inflate maintenance costs. This course provides a practical roadmap for designing and maintaining cable systems that perform under real-world conditions.

You’ll learn how to calculate ampacity using IEC 60287, apply thermal derating factors for harsh environments, and select joints and terminations that withstand mechanical and environmental stress. We’ll cover SCADA integration for real-time thermal monitoring, route risk control for tunnels and coastal areas, and preventive strategies to avoid catastrophic failures.

Aligned with EN and IEC standards, this course equips designers, site teams, and maintenance engineers with actionable insights. By the end, you’ll be able to:

·        Specify feeder and return cables for any route condition.

·        Apply jointing practices that prevent contamination and torque errors.

·        Monitor thermal KPIs and respond before failures occur.

·        Evaluate trade-offs between cable size, material, and lifecycle cost.

Whether you’re working on urban metros, high-speed corridors, or freight lines, this microcourse delivers the knowledge you need to keep traction power flowing safely and efficiently. It’s concise, practical, and designed for immediate application in real projects.