Intelligent Greenhouse - IoT Enabled Resource Management for Sustainable Crop Production in Sultanate of Oman

Gnana Rajesh D, Yaqoob Yousuf Said Alawfi, Murshid Qasim Mohammed Almaawali
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Abstract

Providing food has always been a great challenge for the Omani people who have developed different methods to develop this industry starting from making Falaj networks and agricultural terraces in the mountains. Agriculture is one of the most important challenges for humankind, due to the increase of population and changes in environment. Soil salinization, water salinity level and high temperatures are the biggest challenges in agriculture in Oman in the last 20 years. The intelligent Greenhouse is a device that is used to control irrigation, ventilation, lightening using a microcontroller. This system will grant saving around 1000 litres of water per year for a single plant such as a cucumber and uses the solar energy to save about 98% of the electricity price needed to operate the system. Intelligent Greenhouse is research that is based on the internet of thing which is eventually granted and utilize the technology in the farming techniques to minimize the waste of water and power. First, the system implementation is based on using the Microcontroller to sense and control the whole system components. Secondly, it provides readable values of temperature, humidity, water level and light intensity that are transported over network to cloud website with proper authentication configuration. Finally, the system will control the functionality of ventilation, irrigation and lightening upon the pre-configured conditions with the possibility of modifying these values remotely in a handy way for non-programmer users upon the requirement.
智能温室-物联网支持的资源管理在阿曼苏丹国实现可持续作物生产
提供食物对阿曼人来说一直是一个巨大的挑战,他们开发了不同的方法来发展这个行业,从在山上建立法拉吉网络和农业梯田开始。由于人口的增长和环境的变化,农业是人类面临的最重要的挑战之一。土壤盐碱化、水盐度和高温是过去20年来阿曼农业面临的最大挑战。智能温室是一种利用单片机控制灌溉、通风、照明的装置。该系统每年可为一株植物(如黄瓜)节省约1000升水,并利用太阳能节省约98%运行该系统所需的电费。智能温室是一项基于物联网的研究,最终将物联网技术应用于农业技术,以最大限度地减少水和电的浪费。首先,系统的实现是基于单片机对整个系统组件的感知和控制。其次,提供可读的温度、湿度、水位、光照强度等数据,通过网络传输到云网站,并进行适当的认证配置。最后,系统将在预先配置的条件下控制通风、灌溉和照明的功能,并且可以根据需要为非程序员用户远程修改这些值。
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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