Protótipo de estação meteorológica utilizando plataforma IOT

Abstract

The present work aims to develop a prototype of a weather station using IoT platforms, aligned with two major global trends: the creation of ’smart devices’ and the development of tools that assist in renewable energy projects. The developed weather station will be capable of collecting data on wind speed, temperature, humidity, and global solar radiation incidence at its installation location. It will be able to store the collected data in a data logger, remotely store the collected data in cloud computing systems, and can be monitored remotely and in real-time over the internet with a visualization dashboard. The station will be controlled by two microcontroller boards, an Arduino Mega 2560 and an ESP 01 board, which will be responsible for integrating all sensors, commanding data collection, data storage, and data sharing with the cloud computing system. To measure wind speed, the station will have an anemometer in its system. For temperature and humidity data collection, the station will utilize a DHT11 sensor capable of providing information on these two meteorological agents. Finally, to measure global solar radiation, the station will incorporate a pyranometer.