Introduction

“Wind energy” has a significant role in generating electricity by maintaining the climate factor. This study focuses on the different factors associated with wind energy and the use of wind energy that helps to develop knowledge about renewable sources. It is observed that in 2020 almost “1600 TWh of electricity” is supplied by the wind, which “was over 5% of a worldwide electrical generation”. It also increases “2% of energy conservation”. By the use of wind turbines, the “wind is generated electricity”.  In the open land, the turbine is placed and the wind blows the blade of the turbine that is attached to the rotor. 

Discussion

What is “wind energy”?

With the advancement of renewable energy-technology wind farms develop electricity on the sights like heels fields and “offshore of the ocean”. In the world, movement is happening due to the presence of “kinetic energy”. “Scientists and engineers” have used wind “kinetic energy” for developing electricity by the use of wind turbines. The vertical axis of a wind turbine is used for generating electricity by the access of its spines. Individual turbines can develop 100 kilowatts of power, which is enough for household uses. “Wind energy” was first introduced by windmills in 200 BC in China and Paris. In the year of 1940s, the first modern turbines were built. According to the US geological survey, it is found that “57000 wind turbines” are used in the US for developing electricity. “Walney Extension” is the largest wind farm in the global world that is located in the Irish Sea.  Wind energy is more effective in the environment than any other energy source. The turbines do not release any pollution in the air and in the water so the process provides a significant impact for maintaining the global climate. 

The uses of the vertical axis of wind turbine 

“Vertical axis wind turbine” creates a difference in the operational mechanism. This practice provides the opportunity to generate power even in bad weather conditions. There are some advantages of vertical wind turbines. 

“Omnidirectional Natural of the Rotor”

Vertical Axis wind turbines have rotor blades that go according to the direction of wind coming. This process is based on a yaw system that creates the orientation of the rotor to capture the wind. 

“Closer Spacing”

The axis of vertical wind turbines is placed in a group closer to a winter power plant. These mechanical parts function well in the management of turbulent wind. Generally 4 to 6 diameter spaces are found between the wind axes generally. The closer face in the vertical axis of wind power helps to generate more energy in “square meters of land”. 

“Lower Starting Wind Speed”

Compared to the horizontal model of the wind turbine axis, the vertical axis of wind turbines have a lower starting wind speed. The approximate speed of wind in the vertical axis of a wind turbine is 2 to 3m/s. This facility provides the opportunity to generate electricity even in the slow blow of wind. 

“Lower Environmental Harm”

The vertical axis wind turbines provide a few advantages, one of them is lowering the environmental effect. The orientation of “vertical axis blades in wind turbines” does not develop the extent of shadows in the land. The blades of the vertical axis wind turbine are placed in such an effective manner that they cannot provide any casualty for birds and flying animals. 

“Easy installation process and maintenance”

This model of turbines is very much easy to transport. The smaller size of the vertical axis is very easy to set up and maintain. 

 “Less Restricted Installation”

The size of “vertical axis wind turbines” is more effective than permissible whereas taller structures are not suitable. 

“Striking Representation”

The advanced use of modern technology and geometrical design provides the “vertical axis wind turbines” to allow a “smooth visual flow”. The appearance of the structure is perfectly matched with the surroundings and maintains the sustainable values of the organization. 

The use of wind energy

“Wind energy” or “wind power” is mainly used to “generate electricity” or “mechanical power”. Due to the adverse effect of fossil fuels, the environment becomes warm and increases global warming by producing greenhouse gas. By the use of “renewable resources” such as wind energy, environmental adversity can be reduced. “Wind energy” is mainly used for generating electricity but this energy is also used for grinding grains and pumping water. The kinetic energy of wind is transformed into mechanical energy due to the application of turbines hence the value of variable renewable energy is managed by the power management technique that helps to match the demand and supply. The power management techniques includes “wind hybrid power system” and “hydroelectric power system”.

Conclusion

It can be concluded that during this global threat of environment wind energy is one of the most essential renewable sources that generate electricity without creating any environmental harm. It is one of the most important renewable energy sources, which maintain the environmental factors by reducing the burning of fossil fuels.  The “vertical axis wind turbine” has a significant role in generating electricity by the implementation of several approaches. The spines of the rotors that attach to the vertical axis wind turbine produce electricity. The use of wind energy is significantly increased in the global world and helps to reduce global threats.