Energy Of Wind | Wind Power Fan Structure

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Energy Of Wind | Wind Power Fan Structure
  1. Energy Of Wind History
  2. Wind Power Fan Structure

The energy generated by the blowing wind is called wind power or wind power. Air is a source of Green Energy and Renewable Energy. Windmills are installed in windy places to convert wind into energy, through which the kinetic energy of wind is converted into mechanical energy. This mechanical energy is converted into electrical energy with the help of a generator. 


Energy Of Wind History 

For centuries, humans have been using air in many of their daily activities. Two thousand years ago, Chinese and Persian engineers had prepared the first windmill in WindMill so that water could be pumped for irrigation. The end of the 18th century saw the first use of wind power in Europe for agricultural and industrial purposes. The capacity of the early windmills was not equal to that of today’s wind mills, but the way they helped to increase production at that time, which made them useful equipment.

Energy Of Wind | Wind Power Fan Structure

Modern electricity-generating windmills came about in the late 19th century. During the energy crisis of the 1970s, it was a period when the idea of ​​using wind power on a large scale began. Large wind farms began to appear in the 1990s, and wind-generated electricity became commercially available. 




Wind Power Fan Structure 

Wind turbines are a clean source of energy and do not pollute like power plants relying on fossil fuels. Typically used in wind farms, turbines are three-bladed machines, driven by computer-driven motors. The wind spins these fans, whose speed is on average 10 to 22 revolutions per minute. This spins a shaft, which is connected to the generator and in turn generates electricity. 

The method of obtaining maximum output from wind turbines is related to aerodynamics. Improvements in computational fluid dynamics, and consequently increased rotor speed and pitch control, are used to increase the output of the entire wind park, including the turbines. 

Carbon and fiber are now being used to make lighter and longer fans rather than steel and glass because they are more flexible and less prone to cracking . Wind dynamics experts are also working on smaller turbines for greater efficiency. Research is being done in developed countries on how to reduce the cost of wind turbines while increasing their reliability and efficiency. 

[Energy Of Wind]


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