Understanding The Principles Of A Turbine Generator
Energy, in its many forms, is being utilized all around the world. Some use it for a small house, while others for powering up a whole manufacturing facility or even a power plant. For the bigger patrons, like the latter, they are tasked to build and follow a system using specific procedures in order to be able to extract the energy from raw materials like water. In order to perform such, they need to avail of the services of a generator.
How A Steam Turbine Generator Functions
When working with water, a steam Turbine Generator works best. It primarily works with the aid coming from the hot water vapour pressure that passes through an inlet. Upon entry, the turbine is forced to spin because of the pressure coming from the steam. The shaft of the turbine is connected to a generator which in turn functions by converting the mechanical energy released by the spinning turbines into electricity.
The turbine has the ability to spin very fast because of its physical structure which is composed of numerous blades which are positioned similarly to that of an electric fan.
Other Types Of Turbine Generator
There are other kinds of turbines aside from the aforementioned. One is the gas turbine or commonly termed as the turbine engine. Additional components consist of a fan, a compressor, a nozzle, and a combustor.
Another is the wind turbine, which, as the name implies, takes advantage of the kinetic or moving energy from the wind; and then converts it to mechanical energy which is then used by the generator to produce electricity.
All Turbine Generators function similarly, no matter what type it is or what forces of nature or raw materials aid in the production of mechanical energy which will be converted, the end result is still electricity. But the size matters, because generators have their unique specifications; the smaller ones are for personal or home use, while the larger ones are for industrial use.