Use of aerogenerators for alternative electricity production: adaptations and challenges in manaus company
International Journal of Development Research
Use of aerogenerators for alternative electricity production: adaptations and challenges in manaus company
Received 03rd March, 2020; Received in revised form 17th April, 2020; Accepted 06th May, 2020; Published online 25th June, 2020
Copyright © 2020, Ewerthon Juliano da Silva Herculano et al. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
The combination of tools and the possibility of arranging mechanisms that prove to be sustainable and aimed at meeting a certain environmentally correct demand is a challenge today, as it depends on the perception of professionals in charge of implementing changes in conventional systems. Ensuring that the precepts of energy production are shaped bringing more efficiency, also implies the impact on the environment, be it small, medium or large, certainly, that actions that reduce this impact corroborate for new conducts and other applications. An aerogenerator system is a device capable of generating energy by the force of the winds, which mobilizes the blades, whose movement can be reused to aerate environments. What brings the expectation of the speed gain generated in the blades of the system, can be passive of other uses, this aspect can turn into advantages, because these subsidies would be wasted if they were used independently they would be wasted. This work is part of a construction of a system implanted in a factory in the Industrial District of Manaus, using a 500 Watt wind turbine for power generation, where the system was adapted to an extractor in the factory's Cafeteria for presenting a slab that facilitated the installation. The idealization of a combination of instruments that will compose a matrix capable of acting with sustainability, the methodology consists of creating a mechanism of reordering a structure to maintain itself with sustainability, with a bibliographic survey on the impact conditions of the use of materials for power generation, combining fundamentals for the application of the generated by-products.