Design and Implementation of a Sustainable IOT Enabled Greenhouse Prototype

Susan Nnedimpka Nnadi, F. Idachaba
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引用次数: 9

Abstract

Food production by conventional means is not sufficient to cater for the ever growing world population. A solution is to incorporate greenhouses into the farming system more firmly. Automating these greenhouses makes the process more efficient and reliable. This project automates greenhouse farming by regulating climatic conditions in the greenhouse according to the plant specified from the database. The plants are kept at optimum temperature, humidity, light and soil moisture levels with little or no input from the user. Regular updates can be viewed from an android application and controllers can be directly activated over the internet with the click of a button. This is done with the aid of an android application and online databases such as Thingspeak. The result of this project is an easier and more efficient means of managing plant growth and a means of enhancing food production. With the aid of the project, anyone can access high yield of farming and therefore be self-sustainable in the aspect of food production.
可持续物联网温室原型的设计与实现
以传统方式生产的粮食不足以满足不断增长的世界人口。一个解决方案是将温室更牢固地纳入农业体系。这些温室的自动化使这一过程更加高效和可靠。该项目通过根据数据库中指定的植物调节温室的气候条件来实现温室农业的自动化。植物被保持在最佳的温度、湿度、光照和土壤湿度水平,很少或根本没有用户的输入。定期更新可以从android应用程序中查看,控制器可以通过互联网直接激活,只需点击一个按钮。这是在android应用程序和Thingspeak等在线数据库的帮助下完成的。该项目的结果是一种更容易和更有效的管理植物生长的手段和一种提高粮食生产的手段。在这个项目的帮助下,任何人都可以获得高产量的农业,从而在粮食生产方面实现自我可持续发展。
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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