Mastering Power System Protection & Reliability

Course Category : Operations and Maintenance

This course develops engineers’ competence in designing and applying power system protection schemes and improving network reliability, with emphasis on digital relays, power quality, and fault analysis in line with international standards.
5 Days – Advanced Level

Introduction

The reliability and continuity of electrical power systems depend heavily on effective protection schemes capable of detecting and isolating faults rapidly while maintaining system stability. With the advancement of digital relays, power quality analysis, and reliability-based methodologies, power system protection has become a critical specialist discipline.
This course provides an advanced framework for understanding power system protection and reliability, focusing on fault analysis, protection coordination, power quality, and the impact of protection strategies on the availability of generation, transmission, and distribution networks..

Targeted Audience

Electrical Power System Engineers
Electrical Maintenance Engineers
Electrical Technicians
Professionals in generation, transmission, and distribution
Substation Engineers
Technical and Engineering Managers
Graduate and early-career electrical engineers

Targeted Skills

Power system fault analysis
Protection scheme design and coordination
Digital relay application
Power quality assessment
Reliability index evaluation
Application of international protection standards
Arc flash risk mitigation

Expected Outcomes

Develop advanced knowledge of power system protection principles.
Analyse fault types and their impact on system reliability.
Design and coordinate protective relay schemes.
Evaluate power quality and reliability indices.
Apply arc flash and electrical safety requirements.

Training Topics Index

Power quality concepts
Voltage sags and interruptions
ITI (CBEMA) curve
Mitigation strategies

Switching and starting phenomena
Lightning and grounding
Ferroresonance
Protection methods

Standard reliability indices
Fault clearing effects
Reclosing strategies
Fuse philosophies

Electromechanical and digital relays
Instantaneous and time-overcurrent protection
Distance and differential protection
Protection coordination

Arc flash hazards
Personal protective equipment
Safety standards
Intelligent protection systems

Course Features

Updated and Interactive Content
Hypothetical Examples and Case Studies
Pre- and Post-assessments to Measure Impact
Verified Certificate with a QR Verification Code