Implementación de un sistema de control de posición angular para una estación fotovoltaica de 560w de 2 eje
This project aims to implement a position control system to a photovoltaic station of 560W, which allowed to improve the use of incident solar radiation in the area by 30%, initially literature research was conducted, where the solar trajectory was analyzed, types of tracking systems and tracking al...
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| Natura: | bachelorThesis |
| Lingua: | spa |
| Pubblicazione: |
2022
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| Accesso online: | http://repositorio.utc.edu.ec/handle/27000/9488 |
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Aggiungi Tag | Riassunto: | This project aims to implement a position control system to a photovoltaic station of 560W, which allowed to improve the use of incident solar radiation in the area by 30%, initially literature research was conducted, where the solar trajectory was analyzed, types of tracking systems and tracking algorithm, then the linear actuator was dimensioned for the movement from east to west, and the astronomical tracking algorithm that calculates the position of the sun in real time by solar equations which use data such as geographic location, date and time, The ON-OFF control type was then selected to control the switching on and off of the 12 V DC motors that contain the linear actuators. Finally, practical research was used to verify the performance of the system with operational tests, where the use of solar energy of a system with position control versus a fixed system was verified, In both cases the short-circuit current or maximum current that the panel can generate was measured, both panel configurations were tested on a sunny day, resulting in the mobile photovoltaic system gives an increase in the generation of electric current of 19. 85% more than a fixed system. |
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