The availability and reliability, as well as the continuity and quality, of electric power supply is a main requirement for all stakeholders in the power supply chain. Well performing overhead lines should not only provide the required energy transfer, but also deliver and sustain an acceptable supply voltage waveform.


 
 
OVERHEAD LINES MAINTENANCE                                   
 
 
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Benefits include:
  • Comprehensive course documentation
  • Certificate of attendance
  • Learning from an internationally & locally recognised expert
  •  

    Learning outcomes:

  • Understand the critical issues that should be considered in establishing and implementing effective maintenance of overhead lines;
  • Explore underlying causes of failures, how to investigate and prevent failures through inspections, testing and preventive maintenance;
  • Learn how to do proper assessment of OHL lines and their components including condition monitoring
  • Explore technical, organisational and operational aspects and safety consideration in establishing an effective maintenance program.
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    Day 1
    OHL Performance and categories of fault
    OHL Inspection

  • Main reasons for inspections
  • Types of inspections
  • Aspects of ground inspection
    Maintenance of insulators, conductors and hardware
    Corrosion protection
  • Root causes of corrosion
  • Corrosion assessment
    Corrosion protection of OHL components

    Day 2
    Foundation maintenance

  • Typical problems
  • Assessment of foundation integrity
  • Refurbishment as part of line maintenance
    Wooden and concrete poles
    Environmental management
    Maintenance program
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    Who should attend?
    This course is suggested for all technical personnel involved with operation, inspection and/or maintenance of overhead lines. ; in particular for all engineers, supervisors and managers who work in transmission, distribution, maintenance and operation of utilities, industrial and commercial distribution systems.

     

    Course Synopsis:
    Overhead line structures and their components suffer stress due to electrical, mechanical and environmental factors, which lead to defects and eventual failures.

    Maintenance is not only about preventing failure, but also about limiting the consequences of failures. The success of maintenance is measured in terms of availability, reliability, safety, environmental responsibility and cost. A successful and effective maintenance policy puts appropriate emphasis on each of these factors.

    This course outlines general problems with respect to overhead line structures, conductors, insulators and various hardware components. It also discusses line inspection techniques, performance of typical maintenance materials, general corrosion protection and environmental management practices.

     

    Course Trainer:
    Aleksandar Milin
    BSc (Hon) Electrical Engineer
    Member of IET (UK) and IEEE(US)
    Power Engineering Consultant
    Managing Director - MATREX

     

     
       
     

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