About This Course

Protection relays are the backbone of traction power safety and reliability. Yet, many rail projects suffer from misconfigured relay settings and poor selectivity, leading to cascading trips, corridor-wide blackouts, and unsafe energisation scenarios. These failures increase operational risk, damage equipment, and result in costly service disruptions.

This course provides a practical, standards-aligned approach to configuring and validating protection relays for traction power systems. Participants will learn how to apply selective grading principles to ensure that only the faulted section trips, preserving system stability and minimising downtime. The course covers relay types, time-current characteristics, coordination logic, and compliance with EN 50110, IEEE C37, and AREMA guidelines.

Key benefits include:

• Compliance assurance: Meet international standards for relay protection and selectivity.
• Risk reduction: Prevent cascading outages and arc flash hazards during faults.
• Cost optimisation: Avoid expensive equipment damage and service delays through correct settings.
• Operational reliability: Maintain stable traction power and safe energisation under fault conditions.

Through real-world examples and scenario-based reasoning, learners will gain actionable insights to configure, test, and maintain protection relays across traction substations and feeders. Whether you are designing a new electrification system or upgrading an existing network, this course equips you with the tools to deliver safe, reliable, and future-proof protection coordination.