Real-Time Environmental Monitoring of A Greenhouse and A Poultry Farm
Written by: Warni, Ratnalia, Siti Fathana Azh Zahra, Halmar Halide
ABSTRACT
Environmental monitoring based on the Internet of Things (IoT) is the key technology to monitoring the environment in real-time using advanced sensors to acquire data efficiently. The research aims to develop microclimate monitoring using Arduino with a BME280 sensor and a TEMT6000 sensor located in a greenhouse and a poultry farm (closed house and open house). The BME280 sensor measures temperature, humidity, and air pressure. The TEMT6000 measures light intensity. The tool is designed to acquire data in a large database directory using Influx DB Cloud. The data is sent to Grafana for visualization in a dashboard. The research’s findings show successful real-time environmental monitoring of acquiring data can be seen both numerically and visually. The tool has inherent simplicity, affordability, and adaptability. The tool is easily implemented in a variety of contexts.
Keywords: IoT, Arduino, Microclimate, Data Acquisition
This article has been officially published through IOP Publishing and can be accessed via the link below:
https://iopscience.iop.org/article/10.1088/1755-1315/1525/1/012024
