Sistema de rega e gestão de água inteligente - SRGAI
Date
2024
Journal Title
Journal ISSN
Volume Title
Publisher
IPCB. EST
Abstract
Este projeto consiste na implementação de um Sistema de Rega e Gestão de Água Inteligente (SRGAI) constituído por vários sensores controlados por um microcontrolador.
Com o objetivo de aliar a melhor gestão dos recursos hídricos, o impacto ambiental e a tendência sazonal de secura de água em Portugal com a qualidade e quantidade das culturas agrícolas, desenvolveu-se este projeto baseado na recolha de dados do meio envolvente à cultura agrícola através dos mais variados tipos de sensores (por exemplo: humidade, temperatura). Com a recolha desses dados e o cálculo da evapotranspiração, o microcontrolador ESP32 através do software desenvolvido em Arduíno IDE toma a decisão mais adequada ao tipo de rega e atua na electroválvula.
Abstract : This project consists of implementing an Intelligent Irrigation and Water Management System (SRGAI) composed of several sensors controlled by a microcontroller. With the aim of combining better management of water resources, the environmental impact and the seasonal trend of water dryness in Portugal with the quality and quantity of agricultural crops, this project was developed based on the collection of data from the environment surrounding agricultural culture. through the most varied types of sensors (for example: humidity, temperature). By collecting this data and calculating evapotranspiration, the ESP32 microcontroller, using software developed in Arduino IDE, makes the most appropriate decision for the type of irrigation and acts on the solenoid valve.
Abstract : This project consists of implementing an Intelligent Irrigation and Water Management System (SRGAI) composed of several sensors controlled by a microcontroller. With the aim of combining better management of water resources, the environmental impact and the seasonal trend of water dryness in Portugal with the quality and quantity of agricultural crops, this project was developed based on the collection of data from the environment surrounding agricultural culture. through the most varied types of sensors (for example: humidity, temperature). By collecting this data and calculating evapotranspiration, the ESP32 microcontroller, using software developed in Arduino IDE, makes the most appropriate decision for the type of irrigation and acts on the solenoid valve.
Description
Keywords
Eletrónica, Evapotranspiração, Sensores, Sistema de rega, ESP32, Electronics, Evapotranspiration, Sensors, Irrigation system
Citation
LUÍS, Nuno Filipe Esteves ; LOURENÇO, Pedro Miguel Miranda (2024) - Sistema de rega e gestão de água inteligente - SRGAI. Castelo Branco : IPCB. EST. Relatório do Trabalho de Fim de Curso de Engenharia Eletrotécnica e das Telecomunicações