Earth Resistance Measurement

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COURSE DESCRIPTION:

An earthing is an intentionally made connection between a device or electrical installation and a metal object located in the ground called an earth electrode. Grounds have several protection applications – for natural phenomena and to prevent damage to equipment and property.

In this training, the participants will be able to understand grounding and the related electrical test, methods, and analysis of results.

Part 1 – Introduction to Soil Resistivity

Part 2 – (Soil Resistivity Testing (with some case studies)

Part 3 – Introduction to Ground and Ground Resistance Measurements

Part 4 – Grounding Nomograph

Part 5 – Ground Resistance Measurements (with some case studies)

Fall of Potential

Slope Method

Direct Method

Stake-less Method

Ground Grid Integrity Test

Step and Touch Voltage Measurements

 

 

Medium Voltage Cable Splicing and Termination

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COURSE DESCRIPTION:

The course aims to enhance your knowledge about proper installation of high voltage cable splices and terminations. Installing and testing cables correctly can ensure an increased life and value for your cables and is therefore important in increasing the longevity of your investment. Any technicians, electrical engineers, and electricians that does installation and maintenance as well as trouble shooting of power cables will benefit from this course.

The Institute of Electrical and Electronics Engineers (IEEE) based in New York shares that inadequate testing and installation prior to initiating cable splices and termination are the main reasons for failures. However, despite its importance, cable splicing and testing professionals have dwindled in numbers over the past years. With a steady demand for trained professionals, knowledge in this area is definitely an advantage for any electrical professional.

COURSE OBJECTIVES:

  • Understand and explain the components, construction, and structure of high voltage cables
  • Differentiate different cable types and their varying applications
  • Learn to properly prepare cables for splicing by using hand tools, solvents, and abrasives
  • Learn and identify causes of failures in splices and termination
  • Know the procedures relevant to OSHA safety requirements in relation to splices and termination

WHO SHOULD ATTEND:

  • Any technicians, electrical engineers, and electricians that does installation and maintenance as well as trouble shooting of high voltage power cables

COURSE OUTLINE

DAY  1

  • Introduction
  • Underground Cables
  • Cable construction
  • Types of power cables
  • Cable configurations
  • Cable standards
  • Splicing Theory
  • Definition of cable splice
  • Functions of high voltage splice
  • Splice anatomy
  • Industry standards in cable jointing
  • Cable splicing technologies
  • Termination Theory
  • What is cable termination
  • Cable termination classifications
  • Stress control
  • Types of insulation
  • Cable termination industry standards
  • Cable termination technologies

DAY  2

  • Tools for splicing and termination Hands on
    • Cable preparation
    • Cable splicing
    • Cable termination

 

Basic Power Plant Maintenance

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COURSE OUTLINE              

Introduction

Power plant maintenance is performed to maintain power plants which includes the following activities including inspections, maintenance, and repairs for all the assets used throughout a power plant. It is crucial for safety and preserving the longevity of energy plant assets.

It is essential to ensure the safety of personnel at the plant and to keep all of the assets and infrastructure in good working condition.

Objective

  • To review what are the different types of power plants and how they work
  • To identify different types of electrical assets in a power plant
  • To learn maintenance strategies for different electrical assets in a power plant
  • To create a power plant maintenance plan
  • To present and discuss the created power plant maintenance plan

AM Session

  1. How power plants work
  2. Different types of power plants in the Philippines
  3. Power Plant Maintenance Planning
    1. Maintenance of electrical assets (Part 1)
      1. Power plant electrical assets in
        1. Substation
        2. Transformer Yard
        3. MV Switchgears
        4. LV Switchgears
      2. Maintenance strategy for different electrical assets
        1. Safety Awareness
        2. Routine maintenance tests for electrical assets in:
          1. Substation
          2. Transformer Yard
          3. MV Switchgears
          4. LV Switchgears
          5. Case Study

PM Session

  1. Maintenance of electrical assets (Part 2)
    1. Transformer Oil
      1. Kinds and Functions of Insulating Oil/Liquid
      2. Contributing Factors for Oil Deterioration
      3. Oil Sampling
      4. Oil Testing
      5. Case Study
    2. Ways to improve power plant planning
    3. Group Activity:
      1. Create a Power Plant Maintenance Plan
    4. Presentation of Power Plant Maintenance Plan by the participants

SCADA

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SCADA Outline

  • Definition of SCADA/Automation
  • Evolution
  • Who Uses SCADA
  • Components
  • System Architecture
    • Types of System Architecture
      • Centralized
      • Decentralized
      • Redundancy
        • PRP
        • HSR
      • Communication Interfaces
        • Serial
          • RS485
          • RS232
        • TCP/IP
          • Wired/Copper
          • Fibre Optic
          • Wireless
        • Standard Communication Protocols
          • Modbus
          • 0
          • IEC61850
        • Time Synchronization
        • Electrical Substation System Architecture

POST TEST – VEHICLE MAINTENANCE

Post Test- RoadSafety