Agustin Flores Cuautle - Green Panel with Physical Variables

Journal article

Luis Antonio Leal Lopez, C. O. González Morán, J. G. Miranda Hernández, Gemima Lara Hernandez, A. Martinez Sibaja, Juan Carlos Baltazar Escalona, J. J. A. Flores Cuautle
Journal of Sensors, 2024

Semantic Scholar DOI

Cite

APA Click to copy
Lopez, L. A. L., Morán, C. O. G., Hernández, J. G. M., Hernandez, G. L., Sibaja, A. M., Escalona, J. C. B., & Cuautle, J. J. A. F. (2024). Green Panel with Physical Variables Monitoring and Statistical Control System. Journal of Sensors.

Chicago/Turabian Click to copy
Lopez, Luis Antonio Leal, C. O. González Morán, J. G. Miranda Hernández, Gemima Lara Hernandez, A. Martinez Sibaja, Juan Carlos Baltazar Escalona, and J. J. A. Flores Cuautle. “Green Panel with Physical Variables Monitoring and Statistical Control System.” Journal of Sensors (2024).

MLA Click to copy
Lopez, Luis Antonio Leal, et al. “Green Panel with Physical Variables Monitoring and Statistical Control System.” Journal of Sensors, 2024.

BibTeX Click to copy

@article{luis2024a,
  title = {Green Panel with Physical Variables Monitoring and Statistical Control System},
  year = {2024},
  journal = {Journal of Sensors},
  author = {Lopez, Luis Antonio Leal and Morán, C. O. González and Hernández, J. G. Miranda and Hernandez, Gemima Lara and Sibaja, A. Martinez and Escalona, Juan Carlos Baltazar and Cuautle, J. J. A. Flores}
}

Abstract

Global warming and energy‐saving efforts make it necessary to look for energy‐free technology to reduce buildings’ temperature. This work aims to develop a system for monitoring green panels’ physical variables (atmospheric temperature, humidity, soil humidity, amount of light, and vibration) to determine their efficiency. A model of a green panel was outfitted with detectors that recorded atmospheric variable modifications within and outside the green panel under evaluation. Open‐source code and hardware were used to record all variables and store the data. Once the monitoring system is completed, a green panel model is developed as concept proof for monitoring the physical variables; a database is created, studied, and tested using the formulated hypothesis. The variables were analyzed using current techniques of statistical description, and the results obtained support the idea underpinning the feasibility of implementing green panels in city houses and buildings. A substantial difference in temperature up to 12°C was found when using green walls and ceiling systems at the hottest times of the day. The humidity in the air is up to 88%, generating an atmosphere of comfort in buildings where these systems are installed.