Trabajos de Titulación - Electricidad

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https://dspace.ucacue.edu.ec/handle/ucacue/34

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    Propuesta para la implementación de un sistema fotovoltaico y análisis lumínico para el estadio de fútbol en la Parroquia de Tarqui del Cantón Cuenca
    (Universidad Católica de Cuenca., 2024) Yupa Quizhpi, Jefferson Ismael; Icaza Alvarez, Daniel Orlando; 0107051781
    One of the main priorities of electrical engineering is to find solutions concerning the energy crisis caused by environmental pollution, as it will significantly impact society and its future. The deployment of a solar photovoltaic system is suggested as a solution for energy sustainability as it produces energy on its own and is independent of the power grid. This research examines the use of solar cells with electrical systems to generate sustainable energy sources to satisfy the energy requirements of the stadium. A solar radiation study will be carried out to obtain radiation profiles in the Tarqui parish area. Simulations will be conducted using AutoCAD, DiaLux, and Matlab software. Finally, a lighting design for the stadium will be proposed to implement the exact number of lumens to meet the minimum levels required in national and international tournaments, making the stadium more efficient for athletes and spectators.
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    Proyecto de Titulación embargado con fines de publicación de impacto
    (Universidad Católica de Cuenca., 2024) Castillo Mogrovejo, David Alexander; Delgado Lituma, Otto Alexander; Morales Jadán, Diego Xavier; 0105610125; 1401011232; Anthony Alxander
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    Análisis de factibilidad y diseño de un sistema fotovoltaico para la planta de tratamiento de aguas residuales en la parroquia Honorato Vásquez en la Provincia del Cañar
    (Universidad Católica de Cuenca., 2024) Valdez Bermejo, Juan Carlos; Siguencia Siguenza, Oscar Mauricio; 0302012463; García Calle, Anthony Alxander
    Nowadays, most people are opting for other energy sources that are cheaper, more efficient, cleaner, and more friendly to the environment. This gives several energy sources; one of them is solar energy, which has been ranked at the top of the list as the solution. This business plan aims to carry out a feasibility study for implementing photovoltaic systems. This project aims to develop a study and design of a photovoltaic system capable of supplying adequate energy to the wastewater treatment plant in the parish of Honorato Vázquez in the Province of Cañar. The project will analyze the load of the elements and the necessary power to be covered, considering all legal and technical aspects following the regulations regarding photovoltaic systems. Several aspects will also be considered to meet the energy needs through a suitable and cost-effective implementation to fulfill the energy requirements for this project investment. Civil and electrical aspects are also considered to ensure better conditioning and support for each installation element. The results and calculations will be validated through simulations in specialized software, followed by a technical-economic feasibility analysis to determine the project's viability.
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    Proyecto de Titulación embargado con fines de publicación de impacto
    (Universidad Católica de Cuenca., 2024) Piedra Vega, Anthony Alexander; Cobos Torres, Juan Carlos; 1900751353
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    Análisis de prefactibilidad técnica en aerogeneradores sin aspas para sectores rurales del Cantón El Tambo
    (Universidad Católica de Cuenca., 2024) Cazho Mainato, Jorge Luis; Icaza Alvarez, Daniel Orlando; 0302627112
    This research carries out a technical prefeasibility analysis for the implementation of a bladeless wind turbine system in the rural community of Marcopamba, located in the canton of El Tambo in Ecuador. The wind potential of the area is analyzed by obtaining and processing historical wind speed data. This determines the technical viability of the project, estimating the maximum installable power and annual energy generation. A prototype of a bladeless wind turbine is sized to meet the electrical demand of 35 families. Finally, a system simulation is carried out using software, evaluating its behavior. Statistical distributions such as Weibull are applied to analyze the wind speed data. The battery storage system is also sized to store the generated energy. A 20-year cost-benefit analysis, concluding that the project is technically feasible. The use of renewable sources allows sustainable rural development through clean and low-cost energy. The results of the study showed that the bladeless wind turbine produced 4.13 kWh per day for an individual house and 144.16 kWh for 35 houses. In both cases, the wind generation was sufficient to supply the daily energy consumption of one house (3.5 kWh) and 35 houses (121.42 kWh).