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In-House Training About Us
An Intensive Professional
Development Training Course on

Power System Protection

Fundamentals and Applications of
Protection Devices Selection and Coordination

Course Options

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Why Choose Us

Power System Protection Training Course is essential for professionals responsible for safeguarding electrical networks against faults, instability, and operational risks. As global demand for electrical energy accelerates, modern grids require advanced, highly reliable protection systems capable of responding with speed and precision. This course provides a comprehensive understanding of how protective devices, digital relays, and intelligent systems work together to prevent equipment damage, reduce outages, and maintain supply continuity.

This Power System Protection Course takes you through core protection concepts for generators, transformers, motors, and transmission lines, alongside the latest advancements in numerical relays and intelligent electronic devices. With the rise of IoT-enabled smart grids, protection systems now integrate sophisticated measurement tools, communication platforms, and real-time analytics to enhance system reliability and responsiveness. Delegates will explore these innovations and learn how modern protection strategies ensure electrical systems operate safely and efficiently.

By joining this Power System Protection Training Course, participants gain the technical insight needed to interpret relay characteristics, design appropriate protection schemes, and evaluate system performance under different fault conditions. It provides a practical foundation that strengthens decision-making and enhances operational safety across diverse electrical installations.

Why Choose Power System Protection
Course Goals

What are the Goals?

This training course provides participants with essential knowledge to design, evaluate, and manage comprehensive power system protection schemes. Through practical examples and in-depth discussions, delegates gain a strong understanding of numerical relays, protection devices, and advanced system capabilities.

By the end of this training course, participants will be able to:

  • Recognise the importance of protection systems in maintaining safe and reliable electrical networks
  • Understand numerical relay operating principles and configuration parameters
  • Develop protection schemes for generators, transformers, motors, and overhead lines
  • Analyse the function and application of instrument transformers in protection systems
  • Evaluate emerging protection technologies, including IoT-enabled and AI-supported systems
  • Identify fault conditions and assess system response to ensure adequate protection coordination
  • Apply core principles to improve operational reliability and system readiness

Who is this Training Course for?

This Power System Protection Training Course is designed for professionals responsible for the operation, maintenance, and reliability of electrical systems. It supports those seeking deeper technical expertise in protective relaying and system safety.

This training course will greatly benefit:

  • Electrical engineers and technicians working with protection systems
  • Technical and engineering management professionals
  • Operations and maintenance engineers in industrial or utility environments
  • Power utility personnel responsible for system safety and protection
  • Engineers in petrochemical, infrastructure, and manufacturing sectors
  • Maintenance teams handling switchgear, substations, and electrical equipment
  • New graduates or professionals seeking foundational knowledge in power system protection
Learning Approach

How will this Training Course be Presented?

This Power System Protection Training Course uses a dynamic and interactive learning approach designed to maximise engagement, understanding, and practical application. Delegates participate in instructor-led discussions, case studies, visual demonstrations, and breakout exercises that connect theory with real-world system challenges. Each session encourages collaborative learning and problem-solving to reinforce key technical concepts.

Training delivery may include:

  1. Instructor-guided presentations using simulations, schematics, and relay examples
  2. Practical workshops exploring protection coordination and system analysis
  3. Case studies illustrating real electrical faults and mitigation strategies
  4. Group discussions focused on industry best practices and system reliability
  5. Daily wrap-up sessions to reinforce learning objectives and address participant questions

The Course Content

Over Current Protective Devices Fundamentals and Characteristics

  • Types and characteristics or overcurrent protection
  • Fuse types, operation, and characteristics
  • Interpretation of the time current curves
  • Relationship between electronic trip units and L, S, I, G.
  • TCC and selective coordination studies
  • The molded case and the air circuit breakers electronic units 

Importance of Conventional and Non-Conventional Instrument Transformers (NCIT) and their Impact on the Digital Numerical Relays

  • Construction and roles of current transformer
  • Potential or voltage transformers for electrical protection circuits
  • The non-conventional instrument transformer (NCIT) characteristics
  • Protection relay functionalities and significance
  • Digital numerical relay applications
  • Numerical relays coordination studies and characteristics 

Major Electrical Switchgears and Equipment Power System Protection Incorporating Digital Relays

  • Generator faults and protection
  • Numerical relays dedicated to generator
  • Importance of power transformer protection
  • Low voltage and high voltage motor protection design
  • Busbar protection significance
  • Distance protection for overhead lines 

The Smart Grid with IoT Capabilities Incorporating State-of-the-Art Touch Screen Interactive Intelligent Relays

  • The smart grids with IEDs
  • IoT and electrical power protection system
  • The digital grid and line protection
  • IEC 61850 and the digital substation
  • AI component of the interactive intelligent relays
  • Eco friendly high voltage circuit breakers 

Ground Fault and Overcurrent Protection, Arc Fault Hazard Control and Mitigation

  • Common type of ground faults
  • Severe overcurrent faults
  • Arc flash hazards analysis
  • Arc fault mitigation related to IEEE 1584 and NFPA 70E
  • Wrap up session
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Anderson Coventry