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Research Paper | Agricultural Engineering | Mexico | Volume 6 Issue 11, November 2017

Modulo Agrometeorologico M-39

Miguel L. L. | A. Betzi M. F. | Leonardo S. S. | L. Antonio. I. V. | Nestor P. C. | L. Enrique. Z. H. | Jonny C. R. ^[2]

Abstract: The following work exposes the creation of a module agrometeorological based on Arduino technology, whose data are obtained by sensors of temperature, humidity and in turn know the virtues of production that an intelligent greenhouse offers. The Agrometeorological module is formed by two sensors, the main sensor is a dht11 with which we obtain the variables such as temperature and relative humidity, the secondary sensor FC-28 gives us the soil moisture. The main interface, consists of a microcontroller (ARDUINO), which helps us to interpret the analogue reading collected by the sensors, all this storing on a micro SD card. Nowadays the cultivation in greenhouses is one of the main suppliers of diverse products, due to the climatic change, which leads us to the development of artificial environments within the greenhouses. This creates the initiative of a system for the acquisition of humidity and temperature data by students of the engineering career in industrial maintenance of the Technological University of Tlaxcala. As a base point is the programming made using the Arduino IDE, supported by a library implemented in the C++ language.

Keywords: Intelligent Greenhouse, Climate, sensor

Edition: Volume 6 Issue 11, November 2017,

Pages: 1330 - 1332

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