/  Overhead Lines, Maintenance and Construction
Pay Attention Please ! The course location "Radisson Blu Hotel" is subject to availability . We may change the course location if there is no availability and we will let you know about the location changing directly if it changes. The exact course time will be clear before one week prior to course start date.
BMC Training provides on 21 Oct 2018 Overhead Lines, Maintenance and Construction course [Electrical and Power Engineering Training] in Bali,Indonesia

Course Description

Overhead Lines form the majority of Transmission and Distribution Circuits due to their much lower cost than equivalent cables at the same voltage and current ratings. An Overhead Line is a set of 3 wires, onefor each phase, referred to as the conductors. At Transmission Voltage Levels the conductors are normally strung on steel-latticed towers of many different shapes and size. However at Distribution (lower voltages), constructions in timber and occasionally reinforced concrete are used. The seminar addresses the technology over a wide range of voltage levels for both transmission and distribution circuits.

Course Objective

 

  • To ensure delegates develop their existing knowledge and are acquainted with latest developments in Overhead Line Technology.
  • In addition that the principles can be appropriately applied in every day work to improve their personal effectiveness and efficiency.

 

Course Outline

  • Overhead Lines versus Underground Cables
  • Support Structures
  • Steel Lattice Towers
  • Wooden Poles
  • Overhead Line Foundations
  • Soil Investigation
  • Foundation Types
  • Foundation Design
  • Site Works
  • Overhead Line Routing
  • Objectives
  • Preliminary Routing
  • Survey Equipment Requirements
  • Aerial Survey
  • Ground Survey
  • Ground Soil Conditions
  • Wayleaves, Access and Terrain
  • Optimisation
  • Detailed Line Survey and Profile
  • Computer-aided Techniques
  • Structures, Towers & Poles
  • Environmental Conditions                                                
  • Typical Parameters
  • Effect on Tower or Support Design
  • Conductor Loads
  • Substation Gantry Worked 
  • Structure Design
  • Lattice Steel Tower Design Considerations
  • Tower Testing
  • Pole and Tower Types
  • Pole Structure
  • Tower Structure
  • Conductors
  • Environmental Considerations
  • Conductor Selection
  • Types of Conductor
  • Aerial bundled conductor
  • Conductor Breaking Strength
  • Bi-Metal Connectors
  • Lightning
  • Insulator arcing horn co-ordination
  • Surge Divertors
  • Load-Flow Constraints in Power Networks
  • Calculated Ratings
  • Power Carrying Capacity
  • Corona Discharge Line Rating Calculation
  • Worked Example and Exercise
  • Design Span
  • Clearances and Loadings
  • Distribution Voltage Clearances
  • Transmission Voltage Level Clearances
  • Overhead Line Clearance Calculations
  • Worked Example and Exercise
  • Overhead Line Fittings
  • Aerodynamic Phenomena
  • Suspension Clamps
  • Sag Adjusters
  • Other types of Fittings
  • Overhead Line Impedance
  • Inductive Reactance
  • Capacitive Reactance
  • Resistance
  • Worked Example and Exercise
  • Overhead Lone Maintenance
  • Case Studies



Related Training Courses

Course Details
  • Code EPE49
  • TIME    08:00 AM - 11:15 AM
  • DATE    Oct 21 2018 - Oct 25 2018
  • Bali , Radisson Blu Hotel
  • +44 2087206971
  • Support@bmc.net

Fees Per Person

6150 GBP + VAT
Register Now Send an Enquiry Download PDF Brochure Other Dates

Courses Search

Recent Posts

Connect with us

IFRS Preparation. (5 Days)Available in London - Dubai - Istanbul - Kuala Lumpur

Join our Civil and Construction Engineering Training Courses , Electrical and Power Engineering Training Courses and Facilities Management Training

Technical Training Courses

Newsletter