THEORETICAL BEHAVIOR OF A SMART SOLAR KIOSK FOR STUDENT USE
THEORETICAL BEHAVIOR OF A SMART SOLAR KIOSK FOR STUDENT USE
-
DOI: hhttps://doi.org/10.22533/at.ed.3174182421063
-
Palavras-chave: almacenamiento, solar, kiosco, temperatura y autónomo
-
Keywords: storage, solar, kiosk, temperature and autonomous.
-
Abstract:
In the following work, the sizing of a solar kiosk and the theoretical analysis of the energy behavior under the ambient temperature conditions of San Francisco de Campeche in the summer season and outside of summer at different irradiance values are carried out. The purpose is to determine if, despite the losses, the energy needs of the students are met.
The power losses were estimated through the temperature increase of the module using two models proposed in the literature, that of Mattei et al. and the Markvart in conjunction with the maximum power temperature coefficient of the module.
The temperature data used corresponds to an interval of 30 °C to 40 °C of the average maximum average temperatures of the period 2015-2018 predominant in the entity.
The proposed arrangement consists of energy storage via a battery, as well as the remaining components for grid-independent use.
The results show that the loss of power and energy in the arrangement for both seasons is insignificant and the energy needs are satisfied with the proposed design, so it is concluded that it is viable to make the investment.
- Mauricio Ivan Huchin Miss
- Germán Escalante Notario
- Roberto López
- Meng Yen Shih
- Jorge Edmundo Mastache Mastache
- Francisco Olmos Martínez