Instalaciones de Redes Eléctricas

Permanent URI for this collectionhttps://dspace.ucuenca.edu.ec/handle/123456789/46335

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Browsing Instalaciones de Redes Eléctricas by Author "Ortega Lucero, Luis Renato"

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    Construcción de un prototipo de aerogenerador casero
    (Universidad de Cuenca, 2025-03-10) Ortiz Silva, Erick Mateo; Ortega Lucero, Luis Renato
    This project focuses on the design and construction of a homemade wind turbine for small-scale renewable energy generation, using recycled and low-cost materials. Its main objective is to demonstrate the feasibility of producing electricity in an accessible and sustainable way, promoting the use of clean energy. The development of the prototype is based on the application of Faraday’s Law, which explains electromagnetic induction, and a detailed analysis of the electrical and mechanical components involved. The construction of the wind turbine was carried out in several stages, from theoretical review and software modeling to assembly and testing under different wind conditions. To keep costs low and ensure an ecological approach, recycled materials such as PVC pipes, neodymium magnets, copper wires, and reused components were used. The system design includes a rotor, an alternating current generator, and a stable support mechanism. After its construction, the prototype underwent experimental testing, successfully generating electricity on a small scale. Despite its limitations, the results demonstrated that it is possible to develop efficient energy solutions with accessible resources.
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    Tablero didáctico para la enseñanza de relés diferenciales con aplicación práctica en el laboratorio de instalaciones de redes eléctricas-UCuencaTec
    (Universidad de Cuenca, 2025-03-19) Guamán Banegas, Josué Mateo; Lojano Pauta, Dylan Mateo; Ortega Lucero, Luis Renato
    The project aims to create a didactic board that demonstrates the efficiency and functionality of a differential relay and to implement a differential relay in Laboratorio de Instalaciones de Redes Eléctricas at UCuencaTec to enhance electrical safety by reducing the risk of electrical failures that could compromise people’s safety. Through this project, the importance of the differential relay in identifying and preventing failures is addressed, emphasizing its optimal performance when integrated into systems with proper grounding. The project describes the development of the didactic board, covering everything from circuit design and material selection to construction, assembly, and functional testing. It also includes the installation of a differential relay in a real-world environment, detailing laboratory assessment, the creation and modification of electrical plans, component selection, and device implementation. The results confirm that the didactic board is a valuable tool for practical teaching and that differential relay installation has significantly improved laboratory safety. This project highlights its importance in technical training in electrical safety and the correct application of protective measures in electrical installations. Overall, the project is not only about implementing technology but also has an important educational component in raising awareness among users about electrical safety.