ELECTRIC DISTRIBUTION SYSTEM: EQUIPMENT PREVENTIVE MAINTENANCE AND ENGINEERING PRINCIPLES

Content

 

Overview to Electrical Power Distribution Networks

  • Review Electrical Fundamentals.
  • Power system components.
  • Distribution network layout & configurations.
  • Bus bars configurations.
  • Choice of transmission voltage.
  • Cables & overhead transmission distribution lines.
  • Electrical drawings & diagrams.
  • Voltage disturbances to Power networks.
  • Power Quality Specifications IEEE 446.

Transformers

  • Define the term “Transformer”.
  • How a Transformer Works.
  • Pole Top and Pad-Mounted Transformers.
  • Common Transformer Abnormalities.
  • Transformer Oil Tests.
  • Fault Analysis.

Earthing Systems

  • Equipment Earthing.
  • System Earthing.
  • Classification of Supply / Installation System Earthing.
  • Earthing Via Neutral Earthing Compensator.
  • Comparison of Methods

Circuit Breaker Fundamentals, Maintenance, Service, Testing and Troubleshooting

  • Switching Operations & TRRV.
  • Breaking & Making currents.
  • Fundamentals, features, merits & Demerits of breakers.
  • HV Circuit Breakers Maintenance.
  • V Circuit-Breakers Tests.
  • Low voltage Circuit Breaker Maintenance.

Protection and Protective Relays

  • Instrument Transformers (CT & VT).
  • Electrical Faults and Protection Schemes and Principles,
  • Purpose of Protective Relays,
  • Over current and Earth Fault protection, etc

For Whom: Engineers, Facility & Operations Managers, Technical Specialist, Plant Engineers, Project Engineers & Managers, Engineering Consultants, Architects and Other perform related function of who want to know more about Electrical Distribution.

DATE:   16th – 18th February, 2022

    17th – 19th August, 2022

 

Objective

This course is designed to help personnel recognize the basic elements of a distribution system and to gain an understanding of how each element work. This course also introduces basic equipment such as transformers, capacitors, regulators, circuit breakers, and other types of protective devices. By the end of this workshop, participants will be able to

  • Explain basic electrical system quantities, identify sources of generation, cogeneration issues, and distribution system configuration
  • Describe the major electrical machinery and components used in power distribution
  • Understand the fundamentals of system protection, grounding and power quality problems

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