The conversion of the various energy resources into electrical energy is a main subject in this course. The different generation power plant types used in large scale power systems are explained. The differences in performance, efficiency, environmental impact and cost are discussed. The major water, steam, cooling heating systems used in power plants to move turbines are discussed in this course. The major equipment used in power plants are also discussed. The concepts of "distributed generation" are covered in this class. All topics are discussed in enough detail for the student to have a working knowledge of their purpose, operation and ratings.
This course is part of APT's Electric Power Proficiency Certification Program.
Learning Outcomes
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Upon completing this course, the student is able to describe the different types of large and small generators used in modern power systems
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The student will be able to explain the advantages and disadvantages of the equipment associated with the various types of power plant generation facilities in the production of electrical energy
- The student is able to effectively communicate with engineering and operations personnel regarding the functionality of power plant equipment and systems
- The student will be able to describe how mechanical energy is converted to electrical energy through electrical generators
Topics Covered Include
Introduction to Power Plants
Basic Power Plant Equipment
Various Plant Systems
Steam Turbine Plants
Properties of Water
Steam Plant Equipment
Fossil Fuels
Nuclear Energy
Air Polution Control Equipment
Hydro Turbine Plants
Combustion Turbine Plants
Combined Cycle Plants
Renewable Energy Plants
Wind
Solar
Geothermal
Biofuel, Biomass, others
Distributed Generation
Electrical Generators
Single-Phase and Three-Phase
Stator, Rotor, and Exciter
Characteristic Curves
