Power Plant Engineering | Definitions | Types and Procedures

Power Plant Engineering | Definitions | Types and Procedures

Science is at the forefront of the development of modern civilization. And the gold of this science is electricity. Without electricity, the current civilization will become dim, free and dull. Below are some of the basics of where electricity is produced – power plants or power plants.

  • What is Power Plant Engineering?
  • What is the Power Plant?
  • Power Plant Types
  • Power plant operation method.

Power Plant Engineering:

The branch of engineering wherein the various machines, machinery, and space of the power plant is discussed is called Power Plant Engineering, that is, from technical matters to development and ultimately everything to power plant engineering.

Power plant engineering is one of the techniques of art that we can study, use, repair, preserve, operate and place in the machines and equipment of the power plant. Power Plant Engineering also discusses power generation, transmission, distribution, and its use.

In addition to protecting the balance of the environment and making more profit at a lower cost is also a matter of power plant engineering.

What is the Power Plant?

A power plant, or power plant, refers to a center or organization where electricity is produced by the use of mechanical energy.

That is, where the power is generated by the conversion of energy through a number of instruments and this power is transmitted to the nearest or far distances following the necessary steps, it is called a power plant or a power plant.

A power plant is also commonly known as a power plant, power station, generating station or powerhouse.

Power Plant Types

Considering the various aspects of a power plant, the power plant can be divided into several sections. The following are some of the common types of conventional power plants:

The power plants can be divided into the following categories based on the conversion of energy from different energy into power. For example:

  1. Steam Power Plants
  2. Hydro-Electric Power Plants
  3. Diesel Power Plant
  4. Nuclear Power Plants
  5. Gas Power Plant
  6. Solar Power Plant
  7. Wind Turbine Plant

Steam power plants, diesel power plants, gas turbine power plants, and nuclear power plants are called thermal power plants because they convert heat into electrical energy.

Also based on the nature and location of the load, the power plant is also divided into the following sections. For example:

Depending on the nature of the load, the power plant is divided into two parts. Namely:

  1. Base Load Power Plant
  2. Peak Load Power Plant

The power plant is divided into two parts based on location. Namely:

  1. Central Power Plant
  2. Isolated Power Plant

In addition to the above types, there are several obsolete power plants in the world. For example:

  1. Thermometric Generator.
  2. Thermionic generator.
  3. Fuel-cells Power Plants.
  4. Photovoltaic solar cells Power System.
  5. M H D Power Plants.
  6. Fusion Reactor Power System.
  7. Biogas, Biomass Energy Power system.
  8. Geothermal Energy.
  9. Wind Energy Power System.
  10. Ocean Thermal energy conversion (OTEC).
  11. Wave and Tidal Wave.
  12. Energy Plantation Scheme.

Power Plant Procedures

At the core of the power plant, there is a generator that converts mechanical energy into electrical energy by creating an interplay between the conductor and the magnetic field. In most power plants, one or more generators are used to convert mechanical energy into electrical power.

The power generated at a power plant is conveniently sent to the nearest or far-off for doing the necessary work by step up and step down. In addition to generators at power stations, transformers, switch gears, starting motors, controlling units, etc. are used.

The following figure shows the power generation method of a typical power plant:

power plant engineering
Power Plant Procedures

Who turns the prime mover into a power station, first with an energy source or fuel? The prime mover then turns on the alternator or the AC generator. Since the shaft of the prime mover couplings to the shaft of the generator, the generator also rotates when the prime mover rotates. And this rotation generates electricity from the generator.

At a power station, a generator is rotated to a specific rpm for a fixed frequency. This generates a certain amount of voltage at the output of the generator and this voltage is provided to the national grid by step up or step down with the transformer.

References:

Principle of Power System – V.K Metha

The objective of Electrical Technology – V.K Metha

Power plant engineering – Pk Nag

Wikipedia

Summary
Power Plant Engineering | Definitions | Types and Procedures
Article Name
Power Plant Engineering | Definitions | Types and Procedures
Description
Power plant engineering is one of the techniques of art that we can study, use, repair, preserve, operate and place in the machines and equipment of the power plant. Power Plant Engineering also discusses power generation...
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Publisher Name
Engr. Mizan owner of iceeet
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4 Comments

  1. Enjoyed reading the article above, actually explains everything in detail, the guide is extremely interesting and effective.

    Thank you and good luck in the articles.
    King regards,
    Harrell Hessellund

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