Electrical Fundamentals

Electrical Fundamentals

Alberta Environmental CE Credits: .4

In recent years, the use of electricity has become an increasingly important and integral part of our daily lives. Not only for those of us who work in the electric power industry, but also for the general public, a knowledge of the basic fundamentals of electricity and its application is increasingly becoming a "necessity". In this four module program on basic electrical fundamentals, we will be introducing and studying the general physics, that is the basic natural laws which govern the application in utilization of electricity. This material will serve as the solid foundation on which to build the more advanced concepts that are dealt with in our many other training programs.

In presenting this material, we have tried to limit the application of mathematics and complicated calculations, preferring instead to demonstrate concepts by the use of powerful animated graphics. However, we cannot dispense with calculations altogether, so I encourage you to stick with us; this material does get more and more interesting as we proceed.

Electrical Fundamentals, Module 1 - Basic Electricity

Lesson 1: Electron Flow and Ohms Law

  • What is Electricity?
  • Ohm's Law
  • Power

Lesson 2: Circuit Elements

  • Voltage Sources
  • Operation of Simple Circuits
  • Resistance Calculations

Lesson 3: Conductors, Insulators, and Safety

  • Properties
  • Electrical Hazards
  • Shock Hazards and Grounding

Lesson 4: Fundamentals of Magnetism Properties

  • Types of Magnets
  • Properties of Magnets
  • Electromagnets

Electric Fundamentals, Module 2 - Properties of AC Circuits

Lesson 1: AC Voltage Generation

  • AC Generation I
  • AC Generation II
  • Frequency in AC Systems

Lesson 2: AC Power in Resistive Circuits

  • AC Voltage and its Measurement
  • AC Power Production and Measurement
  • AC Power Calculation for a Resistive Circuit

Lesson 3: Effects of Inductance and Capacitance

  • Inductive and Capacitive Elements in AC Circuits
  • Calculation of Power in an Inductive Circuit
  • Calculation of Power in a Capacitive Circuit

Lesson 4: Power Factor

  • Power in an RLC Circuit
  • Apparent Power and Power Factor
  • Power Factor Calculation
  • Impact of Reactive Power Demand
  • Power Factor Review

Electrical Fundamentals, Module 3 - Power & Power Factor

Lesson 1: The Impedance Triangle

  • Introduction
  • Calculating Impedance
  • Vector Diagrams
  • Power Triangle
  • Power Factor

Lesson 2: Voltage Drop

  • Introduction
  • Voltage Drop - Example
  • Determining Source Voltage Requirements
  • Power Factor and Voltage Drop

Lesson 3: Introduction to Transformers

  • Principles of Operation
  • The "Ideal" Transformer
  • The Autotransformer
  • Instrument Transformers

Lesson 4: Transformer Impedance and Regulation

  • Introduction
  • Impedance Calculations
  • Transformer Regulation
  • Voltage Regulation Techniques

Electrical Fundamentals, Module 4 - Basic Electricity

Lesson 1: Generator Synchronism and Frequency

  • Generator Frequency
  • Synchronizing a Generator to the System

Lesson 2: Three Phase Operation

  • Three Phase Generation
  • Three Phase Basics
  • Balanced Operation

Lesson 3: Three-Phase Connections

  • Connection Methods
  • Line Voltage in Three Phase Systems
  • Four Wire Three Phase System

Lesson 4: Power in Three-Phase Circuits

  • Apparent, Reactive, and Real Power in Three Phase Systems
  • Example I
  • Example II

This Course if good for .4 Alberta Environmental CE Credits