Implementación de un prototipo para monitoreo remoto de calidad de agua y visualización de datos mediante un dashboard web.

Abstract

The current research on water quality monitoring using an ESP32 along with pH and turbidity detection devices, integrated with a dashboard in Arduino Cloud, offers an accessible solution for continuous water quality supervision. The advanced processing capability of the ESP32, combined with the precision of the selected sensors, allows for the real-time collection and evaluation of information, facilitating efficient and effective monitoring of critical water parameters. This real-time monitoring capability is crucial for the early detection of contaminants and for a rapid response to any changes in water quality, which is essential for protecting public health and the environment. The integration with Arduino Cloud offers a simple and intuitive interface that allows users to access information from anywhere with an internet connection. The cloud dashboard not only facilitates clear and accessible visualization of the collected data but also enables the generation of detailed graphs and the automatic sending of notifications when the measured parameters exceed established limits, providing additional security and control. Additionally, the project is perfect for a wide range of applications, from monitoring natural water bodies to quality control in drinking water supply systems or aquariums. The flexibility of the ESP32 and the Arduino Cloud platform allows for system customization according to specific needs, and its scalability potential offers the possibility of integrating additional sensors and new functionalities later on.