Diseño e implementación de una estación de carga con sistema fotovoltaico para el campus universitario en cafetería de la Universidad Antonio Nariño sede Neiva-Buganviles
At the Antonio Nariño University of the Neiva-Buganviles campus, the cafeteria currently lacks a space where students can work and charge their electronic devices at the same time, however in said cafeteria they do not have access to the institutional internet. This situation makes it impossible for...
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| Main Authors: | , |
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| Format: | Estudio experimental |
| Language: | Español |
| Published: |
Universidad Antonio Nariño
2024
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| Subjects: | |
| Online Access: | https://repositorio.uan.edu.co/handle/123456789/10268 |
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| Summary: | At the Antonio Nariño University of the Neiva-Buganviles campus, the
cafeteria currently lacks a space where students can work and charge their
electronic devices at the same time, however in said cafeteria they do not
have access to the institutional internet. This situation makes it impossible
for students to interact correctly with the virtual material that the university
has available for all subjects. The thesis project focuses on the design and
implementation proposal of a charging station with a photovoltaic system for
the university campus in the cafeteria of the Antonio Nariño University,
Neiva-Buganviles campus.
The charging station with a photovoltaic system will allow students to have
access to virtual material while they charge their electronic devices and can
chat in the cafeteria, which allows the integration of an outdoor environment
with the basic amenities offered by the library, with the with the support of
the university, a point with a Wi-Fi network will be established that will be
powered by the same photovoltaic system. Once the design and
implementation of the charging station with photovoltaic system has been
carried out, the use of students and teachers will allow the campus to not only
be used for student integration but also for feedback activities that allow the
development of future engineers, dentists, nurses among other careers that
the Buganviles headquarters has.
The SSFV will have 2 110V outlets and 4 USB ports to charge electronic
devices, it also has reading lights and two seats that allow a maximum
capacity of 4 students, the installed load of the SSFV is 808 Wh, which is
made up of by, a 1500W peak 24V hybrid charger inverter, two 100Ah 12V
batteries and two 500V peak panels which are mounted on a metal structure
with an inclination of 13°. |
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