Solar-Powered Smart Irrigation System

Rinae Sinugo, O. M. Longe
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Abstract

South Africa is a country currently facing water and electricity crises due to the unmatched demand and supply of these utilities. In irrigation systems, there is a high rate of water wastage since watering can sometimes take place when it is not necessary especially in the traditional irrigation system. The Fourth Industrial Revolution (4IR) is an enabler of the transition from traditional to automated irrigation systems. A smart irrigation system that is powered by solar energy was designed and implemented in this work to optimize the consumption of water and electricity in irrigation processes. The device is designed for manual and automatic operations with communication through a Bluetooth module. Experiments were conducted and the results obtained showed that the device offered 25.2% and 57.8% of savings in water usage and energy expenditure respectively compared to a situation without the proposed system.
太阳能智能灌溉系统
南非是一个目前面临水和电力危机的国家,因为这些公用事业的需求和供应无法匹配。在灌溉系统中,水的浪费率很高,因为有时可以在没有必要的时候浇水,特别是在传统的灌溉系统中。第四次工业革命(4IR)推动了传统灌溉系统向自动化灌溉系统的转变。设计并实施了以太阳能为动力的智能灌溉系统,以优化灌溉过程中的水和电消耗。该设备可进行手动和自动操作,并通过蓝牙模块进行通信。进行了实验,结果表明,与没有提出系统的情况相比,该装置分别节省了25.2%和57.8%的用水量和能源消耗。
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