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ELC 015 – Electrical Engineering for Non-Electrical Engineers

ELC 015 – Electrical Engineering for Non-Electrical Engineers

Category:
Electrical & Electronic / In-House Programs / Technical & Engineering /
ELC 015 - Electrical Engineering for Non-Electrical Engineers

Duration: 2 Days
Lectures: InHouse
Certificate of Completion

INTRODUCTION

This course is specifically designed for non-electrical engineers who would like to gain an understanding of the basic principles, theories and understanding of electrical engineering work. In this course, the participant will learn how to perform straightforward and common calculations associated with voltage, current, power and power factor. The basic concepts and working principles of electrical machines will also be introduced in this course. The participants will also gain a good understanding of the electrical generation, transmission and distribution systems. Some power quality issues, which is now becoming a big concern to power utility and manufacturers, will also be discussed in here. Some important concepts in electrical safety will also be included.

Objective

  • Appreciate the history of electrical engineering
  • Apply the basic definition of electrical engineering in the work place
  • Compute the real, reactive and complex powers in three-phase systems
  • Identify the cause of low power factor
  • Apply the knowledge of three-phase circuits in electrical machines and power systems.
  • List the types of dc motors
  • Analyse characteristics of dc motors and three-phase induction motors
  • Draw equivalent circuit and phasor diagram of three-phase induction motors.
  • Compute voltage regulation of a synchronous generator using simple equivalent circuit
  • List all types of disturbances associated with power quality
  • Identify the basic protection schemes of a power system

Who should attend?

  • Non-electrical engineering personnel responsible for electrical systems in building sites and commercial buildings, such as structural civil engineers and architects.
  • Plant engineers, electrical contractors and utility engineers
  • Jurutera loji, kontraktor elektrikal dan jurutera kegunaan.
  • Electrical engineering technicians who do not have formal electrical engineering education
  • Civil servants, executives, managers and sales personnel dealing with electrical engineering projects

CURRICULUM

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Day One

  • History of Electrical Engineering
  • Voltage and Current
  • Resistors
  • Ohm’s Law
  • Power
  • Inductors
  • Capacitors

  • Basic Theory
  • Calculations

  • Introduction to Wye and Delta
  • Relationship between Wye and Delta for Voltage and Current
  • Wye and Delta Transformation
  • Calculations

  • Single and Three Phase Systems

  • Power Quality

Day Two

  • Principles of Operation and Construction of DC Machine
  • Types of DC generators. DC Motors: Torque Equation, Characteristics of shunt, series & compound motors
  • Losses and Efficiency of DC Motors

  • Principle of operation of Synchronous generators
  • Synchronous impedance
  • Simple equivalent circuit

  • Single-phase transformers: Principle of operation and equivalent circuit, phasor diagram, efficiency and regulation. Parallel operation.
  • Three-phase transformers: Connections
  • Introduction to autotransformers and instrument transformers

  • Principles of operation and basic construction of three-phase induction motor
  • Slip equation, equivalent circuit
  • Torque-speed characteristics and starting methods
  • Introduction to single-phase induction motors

  • Basic principles and components of protection including fuses
  • Basic operating principles of over-current relays
  • Safety grounding
  • Grounding practice in power systems