Retrieved from https://studentshare.org/physics/1491156-wind-technology-and-electricity
https://studentshare.org/physics/1491156-wind-technology-and-electricity.
With regards to tapping of wind energy, the speed of the air in movement defines the potential amounts of energy that can be packed within any unit amount of air in motion. This means that too much speed of the moving air can be destructive to structures or equipment useful in the tapping of the wind energy and too little speed can be a waste of resources and time as there would be no sizeable amount of energy tapped. Therefore, while the consideration of tapping wind energy is a vital input to the energy ministry and the livelihood of various entities, specifics that make tapping wind successful should be in line with the amount of wind speed expected, the equipment used and its specifications, the location of the equipment installation and the support of such equipment, and the consistency and/or sustainability of production of wind energy.
In this research paper, the tapping of wind energy is considered a work of engineering and therefore, a sizeable portion of this paper dwells on the equipment used, the specifications of those equipment, different designs and types, their sustainability for energy conversion, the available brands and their differences, the best locations for placing these equipment, the original inventions and the different versions of the same that exist, and the technical considerations that should be evaluated as support and maintenance of the equipment.
The tapping of wind energy is normally and always a task that involves the use of wind turbines. The nature and specifications of wind turbines differs from one type to another with regards to scope of production, the location of the turbines, the standards verified, and the policies that control the production and installation of the same. In this. In this research paper, the tapping of wind energy is considered a work of engineering and therefore, a sizeable portion of this paper dwells on the equipment used, the specifications of those equipment, different designs and types, their sustainability for energy conversion, the available brands and their differences, the best locations for placing these equipment, the original inventions and the different versions of the same that exist, and the technical considerations that should be evaluated as support and maintenance of the equipment.
The tapping of wind energy is normally and always a task that involves the use of wind turbines. The nature and specifications of wind turbines differs from one type to another with regards to scope of production, the location of the turbines, the standards verified, and the policies that control the production and installation of the same. In this research paper, the exploration of wind energy production is divided into various parts that answer specific questions related to production and sustainability of wind production with regards to wind turbines.
The research takes a holistic review of how wind turbines were invented and what their original purpose besides the production of electricity was. On the other hand, the research focuses on the different uses of wind turbines and the margins of production that can be realized from within a grid or from a large scale production. From the disadvantages’ subsection of this research, it is observed that deaths in the line of duty in maintaining wind turbines are a common place. For uninsured personnel, injuries and deaths to engineers is an added cost of maintenance to wind turbines.
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