Fundamentals of power engineering in production facilities
4.0 (1 rating)
Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately.
25 students enrolled

Fundamentals of power engineering in production facilities

Learn the most important concepts about power engineering and Ace technical interviews
4.0 (1 rating)
Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately.
25 students enrolled
Created by Emin Mammadov
Last updated 6/2017
English
English [Auto-generated]
Price: $29.99
30-Day Money-Back Guarantee
This course includes
  • 3 hours on-demand video
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of Completion
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What you'll learn
  • Have a strong fundamental knowledge that will help them to jump-start their career
  • Have enough knowledge to be able to get the job done with little or no guidance
  • Ace the technical interview and get the dream job in the power industry
Requirements
  • Basic English skills
  • Access to Internet
  • Motivation to learn
Description

This course is designed to teach the target audience the basics of electrical power engineering. It is intended to ease the transition between a classroom and a workplace. It is not a secret that “real world” situations can be different from the book examples and this class will teach you what you need to know to succeed and impress your colleagues and your boss. The information that you will learn is interrelated and in the end, you will have enough understanding of the material to be able to do the job on your own without intensive Google search. 

As you learn about transformers, motors, generators and protection studies, you will also be better prepared for any technical interview. Students will develop distinctive knowledge and have stronger skills compared to their competitors and therefore, be able to get a dream job at the top company.

The best part of the course is the ability to learn the information only at fraction of the price that large corporations will charge you. You can learn at your own pace and always come back if something is unclear. In addition, new classes will be added and they won't cost you anything. 

Who this course is for:
  • People without engineering background entering the power engineering workforce
  • Newly graduated electrical engineers starting their first job
  • Electrical engineering students preparing for the technical interviews
Course content
Expand 8 lectures 03:07:34
+ Getting Started
8 lectures 03:07:34
  • Basics of electricity
  • Simple DC circuit
    • Concept of heating
    • Resistance in series and parallel
  • AC vs. DC
    • DC
    • AC
    • Sine wave
    • 3-phase
    • RMS
  • Inductance 
  • Capacitor 
  • Power
Preview 15:27
  • Introduction
  • Parts of a generator
  • Principle of generation operation
  • Types of generators
  • Prime mover, governor, alternator rotors
  • AC generation
  • Three-phase connection
  • Frequency
  • Excitation and voltage control
    • Conventional excitation system
    • Static excitation system
    • Brushless excitation system
  • Stand-alone, island, parallel operation modes
  • Insulation 
  • Cooling
Generators
19:02
  • Operation principle of transformers
  • Types of transformers 
  • Three-phase transformer connection 
  • Cooling 
  • Tap changers 
  • Special types of transformers 
  • Sizing of transformers.
Transformers
24:20
  • Introduction to power distribution
  • Types of network distribution systems
    • Simple radial system
    • Secondary selective system
    • Primary selective system
    • Looped primary system
  • Number of cores in cables
  • Earthing (grounding)
  • Earthed systems
  • Switchgears


Power distribution, earthing and switchgears
23:10
  • Introduction to motors
  • Motors parts
  • Principle of Operation of AC and DC motors
  • Performance characteristics
  • Starting methods
  • Efficiency
  • Power factor
  • Duty cycles
  • Cooling
  • Ingress protection (IP)
  • Insulation
  • Motor failures
  • Nameplate information
Motors
38:01
  • Introduction to electrical short circuit faults
  • Types of electrical faults 
    • Symmetrical 
    • Asymmetrical
  • Circuit protection devices
    • Fuses
    • Circuit breakers
  • Relays
    • ANSI Codes for protection
  • Motor protection
  • Transformer protection
  • Class protection of protection devices


Protection
29:14
  • Cable construction
  • Cable selection criteria
  • Cable sizing Calculation
  • Cable glands


    Cables
    20:42
    • Load flow analysis
    • Short-circuit studies
    • Transient stability studies
    • Motor starting studies
    • Harmonic analysis
    • Electrical Analysis
      • Electrical load list
      • Load flow
      • Motor studies
      • Short circuit studies
    Power system studies
    17:38