Remote monitoring of temperature, humidity and light radiation for greenhouse aeroponic cultivation
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Abstract
This article presents the development and implementation of a remote monitoring system for aeroponic crops, where its main focus is the measurement of environmental variables (temperature, humidity and light radiation) for subsequent visualization on a web platform. The measurement of the mentioned variables is carried out given the importance they have when cultivating in closed environments, where greenhouse conditions will influence plant growth. For the realization of the system, the use of the Internet of Things (IoT) and web applications is proposed. With the increasing use of IoT and the little technological development in the agricultural sector, it seeks to help producers in the care of their crops, implementing a system that allows monitoring their conditions, to take preventive measures and generate greater benefits and yield. in their productive activity. New technologies help to develop projects for the agricultural sector, facilitating arduous and resource-intensive processes. From this approach, the developed application helps to obtain measurements in real time, giving easy access from devices with a web connection, in addition to allowing the producer to make decisions in this regard.
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