CITED

  • Duration 3 days
  • Lectures 0
  • Skill level All levels
  • Quizzes 0
  • Pass parcentages 80
  • Certificate Yes
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  • Category:

    ELECTRICAL ENGINEERING & TELECOM SECTOR

₦200,000.00
  • 0 enrolled students
  • english

This 3-day training program is designed to equip participants with comprehensive knowledge and practical skills in High Voltage Engineering and Insulation Coordination.

Smart Grid Technologies and Implementation

Here is the comprehensive synopsis for the 3-Day Practical and Hands-On Training Course on High Voltage Engineering and Insulation Coordination based on the structure provided:

Course Introduction

Overview:

This 3-day training program is designed to equip participants with comprehensive knowledge and practical skills in High Voltage Engineering and Insulation Coordination. The training addresses the design, operation, and maintenance of high voltage equipment and systems, focusing on insulation integrity and coordination. The course bridges theoretical foundations with hands-on practices, enabling participants to confidently handle real-world challenges.

Key Focus Areas:

  • Fundamentals of high voltage systems and insulation principles.
  • Design and analysis of high voltage equipment.
  • Insulation coordination for reliability and safety.
  • Maintenance strategies and fault diagnostics for high voltage systems.

Target Audience:

This course is ideal for:

  • Electrical engineers and technical professionals involved in power systems.
  • Maintenance engineers working with high voltage equipment.
  • Design engineers focusing on insulation systems and high voltage applications.
  • Decision-makers and managers seeking to enhance their technical understanding of high voltage systems.

About the Course

The training delivers a balanced blend of theory and practice to ensure participants gain actionable knowledge. Each session combines:

  • Theoretical Concepts: Detailed discussions on high voltage phenomena, insulation materials, and coordination principles.
  • Interactive Exercises: Problem-solving activities and simulations to reinforce understanding.
  • Case Studies: Real-world scenarios to illustrate the application of concepts in technical projects.
  • Hands-On Training: Practical sessions with high voltage testing equipment and diagnostics tools.

Participants will learn to apply insulation coordination principles, analyze high voltage faults, and implement effective maintenance strategies, preparing them to manage complex technical projects in high voltage engineering.

Course Objectives

By the end of this training, participants will:

  1. Understand the principles of high voltage engineering and the role of insulation in system reliability.
  2. Gain expertise in designing high voltage systems with effective insulation coordination.
  3. Develop diagnostic and maintenance skills for high voltage equipment.
  4. Apply learned concepts to real-world scenarios to enhance operational efficiency.
  5. Ensure compliance with safety standards and optimize system performance.

Course Outline Structured Day-by-Day

Day 1: Fundamentals and Design Principles

  • Morning Session:
    • Introduction to high voltage engineering.
    • Fundamentals of insulation materials and breakdown phenomena.
  • Afternoon Session:
    • High voltage system design principles.
    • Workshop: Modeling insulation systems using design software.

Day 2: Insulation Coordination and Testing

  • Morning Session:
    • Overview of insulation coordination and its role in system reliability.
    • Methods for overvoltage protection and coordination.
  • Afternoon Session:
    • Practical: High voltage testing techniques (partial discharge, dielectric testing).
    • Group Activity: Case study on insulation failures and mitigation strategies.

Day 3: Maintenance and Diagnostics

  • Morning Session:
    • Maintenance strategies for high voltage equipment.
    • Fault diagnostics and troubleshooting for insulation systems.
  • Afternoon Session:
    • Hands-On Session: Using diagnostic tools for insulation analysis.
    • Course Review and Certification Ceremony.

Course Outcomes

Upon completion, participants will:

  • Be capable of designing and maintaining high voltage systems with optimized insulation coordination.
  • Possess practical skills in fault diagnosis and high voltage equipment testing.
  • Enhance operational safety and efficiency in their organizations.
  • Gain insights into industry best practices and compliance standards.
  • Strengthen their professional credentials with a CITED certification.

Conclusion

This 3-Day Practical and Hands-On Training on High Voltage Engineering and Insulation Coordination offers unparalleled value for professionals seeking to excel in the energy sector. By combining rigorous theoretical instruction with immersive practical sessions, this course ensures participants are equipped to tackle challenges confidently and competently.

🌟 Don’t miss this opportunity to advance your career and impact your organization positively! Enroll today!

 

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