Power Engineering Fundamentals

Discover Electric Power Generation, Transmission and Distribution: Principles, Machinery and Technologies.

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  • power
  • engineering
  • video
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  • Course Duration
    10 hours
  • Course Level
    Intermediate
  • Language
    English
  • Subtittle Language
    English
  • power
  • engineering
  • video
  • course
  • lecture
Description

Experience the thrill of this all-encompassing Power Engineering course designed to spark curiosity and fuel success in the fast-paced world of power engineering. Specially crafted for students with an unquenchable thirst for knowledge, this course will guide you through a captivating exploration of the energy landscape.

Picture yourself as a pro in power engineering, armed with the know-how and knowledge to make a real difference in the power gen industry. Uncover the nuances of technologies like electrical substations, transformers, deaerators, boilers, turbines, and entire power plant systems!

Join us on this journey, where you will not only amass a wealth of knowledge in fossil-fired and renewable power plants, but also play an active role in the global pursuit of clean, sustainable, energy solutions. The Power Engineering Fundamentals course is your pathway to a rewarding and fulfilling career in shaping the energy landscape of tomorrow.

Sign up now and prepare to be electrified!

What you will learn in this course
  • Grasp the fundamental principles and theoretical concepts underlying electrical power generation.
  • Identify the essential machinery and equipment used for electrical power generation.
  • Differentiate between various substation configurations and associated equipment, such as disconnectors and surge arresters.
  • Distinguish between prevalent boiler designs, such as watertube and firetube boilers, and their applications.
  • Interpret thermodynamic cycles, like the Brayton and Rankine cycles, and their significance in power engineering.
  • Understand the workings of diverse power stations, including renewable and non-renewable types.
  • Explain the methods and technologies employed for long-distance electrical power transmission.
  • Recognize the role of prime movers, as well as their prevalent types, including gas turbines and steam turbines.
  • Acquire knowledge of key equipment used in power engineering, including electrostatic precipitators (ESP) and flue gas desulfurizers (FGD).
  • Understand the concepts of combined heat and power (CHP) plants and combined cycle power plants (CCPP).
Who this course is for:
  • Aspiring power engineers seeking a strong foundation in power engineering concepts and technologies.
  • Electrical engineering students aiming to specialize in power systems and renewable energy.
  • Professionals in the energy sector looking to expand their knowledge and skills for career advancement.
  • Technicians and operators in power plants and utilities seeking a deeper understanding of their field.
  • Energy enthusiasts interested in learning about various power generation methods and their impact on the environment.
  • Researchers and academics in the energy domain looking to stay up-to-date with the latest industry advancements.
  • Career changers exploring opportunities in the power engineering and renewable energy sectors.
  • Environmentalists and sustainability advocates aiming to better understand the complexities of power engineering and its role in clean energy solutions.
  • Policy makers and regulators in the energy sector looking to make informed decisions based on a thorough understanding of power engineering concepts.
  • Entrepreneurs and innovators seeking opportunities in the energy industry or developing new power generation technologies.
Curriculum
34 lessons
10 hours
  • Power Engineering
    33 lessons
    09:39:59
    Coal, Biomass, and Waste-to-Energy Power Plants Explained
    00:29:20
    How to Generate Electricity
    00:14:32
    How Power Grids Work
    00:18:12
    How Watertube Boilers Work
    00:20:58
    How Gas Turbines Work (Combustion Turbines)
    00:15:32
    How Firetube Boilers Work
    00:14:20
    How Deaerators Work
    00:24:34
    How Flue Gas Desulphurisation Works
    00:16:44
    Electrostatic Precipitators (ESP)
    00:12:42
    How Vertical Grinding Mills Work (Coal Pulverizer Example)
    00:13:57
    Electrical Substations Explained (Part 1)
    00:13:32
    Electrical Substations Explained (Part 2)
    00:19:36
    How Electrical Transformers Work
    00:18:57
    Boiler Steam Drums Explained
    00:14:57
    Three Element Control Explained
    00:15:22
    Emergency Generator Design Features
    00:16:27
    How Coal Fired Power Stations Work
    00:18:34
    How Battery Energy Storage Systems (BESS) Work
    00:17:42
    How Combined Cycle Power Plants Work
    00:25:21
    How Solar Power Plants Work
    00:16:48
    How Pressurized Water Reactor (PWR) Power Plants Work
    00:20:20
    How Linear Concentrator Solar Power Plants Work
    00:15:11
    How Solar Trackers Work
    00:12:39
    Introduction to Electrical Switchgear
    00:19:11
    How Steam Turbine Condensers Work
    00:21:21
    Hydroelectric Power Plants Overview
    00:11:04
    Diesel Generators Explained
    00:06:50
    Wind Turbine Power Generation Overview
    00:15:43
    Sub-Critical, Supercritical, and Ultra-Supercritical Boilers
    00:25:36
    Synchronous Electrical Generators
    00:18:28
    Steam Drum Differential Pressure Transmitters Explained
    00:23:09
    How Solar Furnace Power Plants Work
    00:12:39
    Water Treatment and Demineralization
    00:20:41
  • Resources
    1 lessons
    00:18:27
    How Boiling Water Reactor (BWR) Power Plants Work
    00:18:27

Talk to an Expert

Fill out the form to get a full overview of this course and all other courses.

  • Course Duration
    10 hours
  • Course Level
    Intermediate
  • Language
    English
  • power
  • engineering
  • video
  • course
  • lecture