Controlled recycling of different materials, typical to household appliances, from the landfills located in developing countries in West Sub-Saharan Africa and their subsequent reuse can favour the social, economic and environmental sustainability of the involved regions. This process reduces the unhealthy conditions associated with landfills and the inadequate use of fuels, and it also solves certain deficits in the population. As a continuation of previous studies, this article proposes a practical example of manufacture through the controlled reuse of an asynchronous wind-powered electricity generation system, analysing the benefits and possibilities detected, especially in domestic self-generation and in the reduction of CO 2 emissions into the atmosphere. In summary, the topic is the manufacture of an energy generating system using recycled material for domestic use. In this way, the associated self-generation of electricity can supply or reduce the energy demand of a large part of the population in these regions that do not have electricity supply; for example, for a household in Nigeria, it would save between 15% and 75% of the electricity supply. Providing electricity supply also prevents deforestation in regions that use natural biomass as an alternative energy source, an issue that has a global impact on CO 2 emissions into the atmosphere.
The reduction of the useful life of some technologies for various reasons currently generates a large amount of electronic waste whose main destination is landfills located in underdeveloped countries. On the other hand, the lack of availability of electrical energy can encourage the use of other less efficient means of generation with a greater environmental impact. To overcome these problems, it is proposed to recover certain wastes in the manufacture of small wind turbines for use in the construction of these countries. This article provides a practical example of the design of the electric machine and its performance in building with the positive social, economic and environmental impact of the regions involved.
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