Estudio de factibilidad de implementación de sistema de paneles solares en el edificio Centro Universitario Tecnológico Centroamérica, Tegucigalpa
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Date
2023-09-01
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Centro Universitario Tecnológico CEUTEC
Abstract
En este informe, llevaremos a cabo una evaluación detallada acerca de la viabilidad y factibilidad de implementar un sistema de paneles solares fotovoltaicos en el edificio del Centro Universitario Tecnológico (CEUTEC) en su sede Centroamérica, ubicada en el departamento de Francisco Morazán, en el municipio del Distrito Central. Nuestra meta principal es abordar la creciente demanda energética del edificio, con la ambiciosa intención de cubrir el 30% de sus necesidades energéticas a través de fuentes renovables y sostenibles. El proyecto se inauguró con la fase de diseño de energía solar fotovoltaica, lo que implicó un riguroso proceso de investigación para determinar con precisión la demanda energética del edificio. Para este propósito, se llevó a cabo un análisis exhaustivo que consideró el histórico de consumo energético, las necesidades presentes y futuras, y los patrones de uso de energía. Paralelamente, se examinó el espacio disponible en la superficie del techo del edificio, donde se instalarán los paneles solares fotovoltaicos, evaluando minuciosamente la presencia de sombras, obstáculos y otras limitaciones que pudieran afectar la instalación. También se consideraron la orientación y la inclinación del techo con el objetivo de maximizar la exposición solar a lo largo del día y durante todo el año. Los resultados obtenidos de esta investigación confirman la necesidad de implementar 180 células fotovoltaicas de la marca Jinko Solar, así como la incorporación de 3 inversores de la marca Fronius International y 1 inversor de la marca Fimer en el sistema. Estos hallazgos proporcionan una sólida base para avanzar en la instalación del sistema fotovoltaico y, finalmente, cumplir con nuestro objetivo de cubrir una parte significativa de la demanda energética del edificio CEUTEC con energía solar limpia y sostenible.
In this report, we will conduct a detailed assessment of the feasibility and viability of implementing a photovoltaic solar panel system in the Centro Universitario Tecnológico (CEUTEC) building, located at the Central America campus in the Francisco Morazán department, within the District Central municipality. Our primary goal is to address the growing energy demand of the building, with the ambitious intention of covering 30% of its energy needs through renewable and sustainable sources. The project commenced with the photovoltaic solar energy design phase, which involved a rigorous research process to accurately determine the building's energy demand. For this purpose, a comprehensive analysis was conducted, considering the historical energy consumption, current and future energy needs, and energy usage patterns. Simultaneously, we examined the available space on the building's roof surface, where the photovoltaic solar panels will be installed, scrutinizing shading, obstacles, and other limitations that could impact installation. Roof orientation and tilt were also taken into account to maximize solar exposure throughout the day and year. The results of this research confirm the need to implement 180 photovoltaic cells from Jinko Solar, along with the inclusion of 3 inverters from Fronius International and 1 inverter from Fimer in the system. These findings provide a solid foundation to proceed with the photovoltaic system installation and ultimately achieve our goal of covering a significant portion of the CEUTEC building's energy demand with clean and sustainable solar energy.
In this report, we will conduct a detailed assessment of the feasibility and viability of implementing a photovoltaic solar panel system in the Centro Universitario Tecnológico (CEUTEC) building, located at the Central America campus in the Francisco Morazán department, within the District Central municipality. Our primary goal is to address the growing energy demand of the building, with the ambitious intention of covering 30% of its energy needs through renewable and sustainable sources. The project commenced with the photovoltaic solar energy design phase, which involved a rigorous research process to accurately determine the building's energy demand. For this purpose, a comprehensive analysis was conducted, considering the historical energy consumption, current and future energy needs, and energy usage patterns. Simultaneously, we examined the available space on the building's roof surface, where the photovoltaic solar panels will be installed, scrutinizing shading, obstacles, and other limitations that could impact installation. Roof orientation and tilt were also taken into account to maximize solar exposure throughout the day and year. The results of this research confirm the need to implement 180 photovoltaic cells from Jinko Solar, along with the inclusion of 3 inverters from Fronius International and 1 inverter from Fimer in the system. These findings provide a solid foundation to proceed with the photovoltaic system installation and ultimately achieve our goal of covering a significant portion of the CEUTEC building's energy demand with clean and sustainable solar energy.
Keywords
Jinko Solar, energía solar fotovoltaica, factibilidad, demanda energética, fuentes renovables, paneles solares fotovoltaicos