在Arduino环境下水培栽培中自动水泵控制系统的设计和建造,UNSCH - Ayacucho

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引用次数: 0

摘要

本课题的工作目标是开发一种基于Arduino的水培作物自动化灌溉系统,该系统使用Arduino ATmega328P板连接不同的组件,如实时时钟模块、LCD I2c屏幕、两个单通道继电器模块和电阻器;为了获得一种微可编程控制器,可以根据作物的生长情况,特别是不同品种的生菜作物,在确定的时间内打开和关闭温室的水泵。为此,需要使用不同的控制技术,并进行多次试验,以调整某些控制参数,特别是湿度和温度。该系统安装在阿亚库乔Mollepata社区的温室中,根据圣Cristóbal de Huamanga国立大学(UNSCH)与加拿大lanaudi国际发展教育区域委员会(credit l - JOLIETTE)之间的三年协议“Inti,滋养地球的能量”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diseño y construcción de un sistema automatizado de control de bombas de agua en un cultivo hidropónico en el entorno Arduino, UNSCH – Ayacucho
The objective of the work to develop an automated irrigation system about Arduino for hydroponic crops The system uses an Arduino ATmega328P board to connect different components, such as a real-time clock module, LCD I2c screen, two one-channel relay modules and electrical resistors; For the purpose to obtain a micro programmable controller that turns on and off the water pump of a greenhouse in times determined according to the development of the crop, particularly in lettuce crops with different varieties .For this, it’s necessary to use different control techniques and to carry out several experimental tests in order to adjust certain control parameters, especially humidity and temperature. This system was installed in the greenhouse of the Community of Mollepata in Ayacucho, within the three-year agreement "Inti, the energy that feeds the Earth" between the National University of San Cristóbal de Huamanga (UNSCH) and the Regional Committee of Education for Development Lanaudière International (CREDIL – JOLIETTE) - Canada.
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