Automation of Hydroponics Green House Farming using IOT

D. Saraswathi, P. Manibharathy, R. Gokulnath, E. Sureshkumar, K. Karthikeyan
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引用次数: 49

Abstract

Recently, hydroponics refers to the art of growing plants in water (either saline) without soil (land). Nutrients for the plants are supplied to the roots in the form of solution that can be either in the form of static or flowing. Hydroponics can be cultivated both in green house and glass house environment. The limitation in green house environment is to maintain the temperature, pressure, humidity value at a particular level. In addition to that, monitoring on PH value and electrical conductivity in hydroponics is another challenge that has to be monitored and maintained. Manual monitoring is in practice which is a very trivial task else the plants may die out. This project, focuses on two tasks, the first one is to automate the green house environment monitoring. The subsequent is automation of PH level and electrical conductivity maintenance. IOT is used to transfer the retrieved data to the internet (mass storage) and mobile app is used to communicate the current status to the user through the use of internet to their mobile phones, so that monitoring & maintenance will be easier.
利用物联网实现水培温室农业自动化
最近,水培法指的是在没有土壤(土地)的水中(盐水)种植植物的艺术。植物的营养物质以溶液的形式提供给根部,这种溶液可以是静态的,也可以是流动的。水培法既可在温室环境中栽培,也可在玻璃温室环境中栽培。温室环境的限制是将温度、压力、湿度值保持在一定的水平。除此之外,监测水培中PH值和电导率是另一个必须监测和维护的挑战。人工监测是在实践中,这是一个非常微不足道的任务,否则植物可能会死亡。本项目主要完成两项任务,一是实现温室环境监测的自动化。其次是PH值和电导率维护的自动化。物联网用于将检索到的数据传输到互联网(大容量存储),移动应用程序用于通过使用互联网将当前状态传达给用户到他们的手机,以便更容易监控和维护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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