Diseño de sistema eléctrico para taller artesanal aplicando técnicas de eficiencia energética

Abstract

This project focuses on addressing the energy challenges faced by the "Giselita" artisanal footwear workshop, dedicated to the manufacture of women's footwear. With more than three decades of operation, the shop has experienced a substantial change in its operating environment, suggesting that its electrical infrastructure may not be aligned with current and future demands. The load diagnosis and consumption study of electrical installations reveal the imperative need for an optimal design that optimizes both efficiency and economy. The age of the workshop suggests that the technologies used may not be the most efficient, and it is in this context that the Energy Efficiency methodology is presented as a crucial tool to revitalize the electrical system. In line with "Gisellita's" short- and long-term growth goals, which involve the acquisition of new equipment and staff expansion, this project will not only address current deficiencies, but also anticipate future demands. The application of energy efficiency techniques not only promises an immediate improvement in the functionality of machinery and facilities, but also seeks to generate a positive impact on the economic reduction of the monthly electricity consumption bill, thus providing a solid foundation for growth. sustainable craft workshop. This study therefore represents a crucial step towards the convergence of craftsmanship and energy efficiency in the footwear industry, demonstrating that innovation and sustainability can go hand in hand in the search for a brighter and more responsible future.