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Arduino. Sensorización y domotización de sistema de riego

Authors: López-Tarruella Pereo, Rubén Jorge;

Arduino. Sensorización y domotización de sistema de riego

Abstract

El proyecto pretende abordar las necesidades existentes de actualización para los sistemas de riego actuales. Dichos sistemas no cubren satisfactoriamente las necesidades de programación en cultivos de nueva generación como los de riego hidropónicos, además de una deficiente sensorización y de la imposibilidad de interacción telemática con ellos a bajo coste. El dispositivo se desarrolla utilizando la plataforma de Arduino. Además, el dispositivo cuenta con sensores de temperatura y humedad del aire, sensores de humedad de la tierra (uno por zona a controlar) y la capacidad de servidor web conectado a través de un cable de red Ethernet la cual facilita la interacción con el dispositivo de forma telemática para configurarlo y consultar las alarmas registradas por los sensores. El dispositivo permite configurar valores de alerta para los sensores de temperatura, humedad del aire y humedad de la tierra, así como horarios (cuatro horas de inicio diferente) o frecuencia (para los riegos hidropónicos que requieren una frecuencia mayor a cuatro riegos diarios) y duración del riego de forma totalmente independiente para cada zona.

El projecte pretén abordar les necessitats existents d'actualització per als sistemes de reg actuals. Aquests sistemes no cobreixen satisfactòriament les necessitats de programació en cultius de nova generació com els de reg hidropònics, a més d'una deficient sensorización i de la impossibilitat d'interacció telemàtica amb ells a baix cost. El dispositiu es desenvolupa utilitzant la plataforma de Arduino. A més, el dispositiu compta amb sensors de temperatura i humitat de l'aire, sensors d'humitat de la terra (un per zona a controlar) i la capacitat de servidor web connectat a través d'un cable de xarxa Ethernet la qual facilita la interacció amb el dispositiu de forma telemàtica per configurar-ho i consultar les alarmes registrades pels sensors. El dispositiu permet configurar valors d'alerta per als sensors de temperatura, humitat de l'aire i humitat de la terra, així com horaris (quatre hores d'inici diferent) o freqüència (per als regs hidropònics que requereixen una freqüència major a quatre regs diaris) i durada del reg de forma totalment independent per a cada zona.

The project aims to address the existing updating needs for current irrigation systems. These systems do not satisfactorily cover the programming needs of new generation crops such as hydroponic irrigation, as well as poor sensorization and the impossibility of telematic interaction at a low cost. The device is developed using the Arduino platform. In addition, the device has air temperature and humidity sensors, soil humidity sensors (one per controlled zone), and web server capability connected via Ethernet cable, which facilitates the interaction with the device to configure it and check the alarms recorded by the sensors. The device allows setting alert values for the sensors of temperature, air humidity and soil moisture, as well as schedule starting times (up to four different starting times) or adjusting the frequency (hydroponic cultivation could require more than four times a day) and independent irrigation duration, completely independent for each zone.

Country
Spain
Related Organizations
Keywords

sistemes de regadiu, Home automation -- TFG, sensors, automatización, automatització, irrigation systems, Domòtica -- TFG, Arduino, Domótica -- TFG, sensores, sistemas de regadío, automation

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
0
Average
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