Generator Principles

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Course Description

This course introduces the fundamental concepts behind generator operation and design, providing learners with the knowledge needed to understand how electrical energy is produced and managed. A brief historical overview sets the stage before diving into the differences between AC and DC generation, the various types of generators, and the process of rectification. - You’ll explore three-phase electrical connections, the excitation of rotor windings, and the principles of voltage regulation. The course also covers the theory of AC circuits, including the distinctions between ideal, reactive, and apparent power, and introduces the power triangle as a tool for understanding power factor and system efficiency.

Key Learnings

Brief History.
AC vs DC.
Types of Generators.
Rectification.
Three phase connections.
Excitation of rotor windings.
Summary of voltage regulation.
Theory of AC circuits.
Ideal, reactive and apparent power in AC circuits.
Power factor.
Power triangle.

Audience

This course is designed for engineers, technicians, and students seeking a foundational understanding of electrical power generation. It’s ideal for those interested in learning about generators, their design, and how they play a crucial role in power plants to produce and distribute electrical energy efficiently.

Requirements

N/A
Course features
  • Study time: 2 hours
  • Level: Beginner
  • Categories: Power Generation
Course overview
The valued foundation of power generation covering all essential knowledge. Efficiently emphasising the aspects that are easily neglected, the course consolidates learners’ basic practise and important components as a practitioner.

Course Structure