Repotenciación y eficiencia del sistema de iluminación fotovoltaico en los laboratorios de control y máquinas de la Universidad Técnica de Cotopaxi, utilizando un inversor off grid en conformidad con la norma 003/18

Into present degree work, it is developed the study of control laboratory actual lighting system and CIYA faculty machines, which determined that the lighting level is lower than that allowed by UNE 12464 and RETIE regulations (Electrical InstallationsTechnical Regulations), which is why the design and analysis of two lighting systems based on fluorescent and LED luminaires was made through the Dialux Evo software. The results got of these simulations have allowed to establish, which the lighting system that complies with the required regulations is LED lighting, the same that will be energized with an isolated photovoltaic generation system to the grid through an off Grid inverter, with a 1080 Wp power installed, it distributed in 4 polycrystalline modules of 270 Wp and a 20% efficiency, the accumulation system will consist of 10 deep discharge batteries at 100 Ah/12V and the 3 kVA/24V inverter, then, it is said that luminaires with the use LED technology allows to get an efficient lighting system, together with the photovoltaic system, they will contribute to environmental protection, since it is a renewable energy and thus in this way, it is achieved that the lighting system has an energy saving, which it will allow have an optimal place for working with the respective practices in the control laboratories and machines

• Huvudupphovsman: German Rivera, Alex Santiago (author)
• Övriga upphovsmän: Yánez Sarabia, Yessica Mishell (author)
• Materialtyp: bachelorThesis
• Språk: spa
• Publicerad: 2022
• Ämnen: ENERGIZADO; GENERACIÓN; EFICIENTE; POLICRISTALINO; ELÉCTRICA; POTENCIA
• Länkar: http://repositorio.utc.edu.ec/handle/27000/9342