Development of Water Level Controller with SMS Capability

Lambe Mutalub Adesina, Olalekan Ogunbiyi, Bilkisu Jimada-Ojuolape
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Abstract

Water is considered a valuable resource and covers about 70% of the earth's surface. Tight schedule prevents regular checking of the domestic water tank level while refilling the used ones. This often leads to waste of water and increased monthly revenue payment to power utility company. Consequently, this paper presents a development of water level controller with SMS capability aimed at measuring water level smartly such that when tank is filled, message would be automatically transmitted as an alert to the owner using GSM for immediate response. The method involves interconnection of a water container that serves as tank with another open container serving as Bore-hole and a microcontroller-based device with its integrated development to generate a communication message. A flowchart that shows the procedural steps involved was developed. On completion of the prototype, components and sub-circuits effectiveness as well as experimental testing of the system effective operation were carried out. Some anticipated water level (AWL) were selected at interval of 2 centimeters (cm) starting from 3cm and the corresponding Message Operating water level (MOWL) were obtained with error deviations not greater than 0.17cm. Thus the average AWL, average MOWL and the error deviation are 11cm, 10.7cm and 0.1cm. The prototype device thus operated effectively.
开发具有 SMS 功能的水位控制器
水被认为是一种宝贵的资源,覆盖了地球表面的 70%。由于时间紧迫,人们无法定期检查家用水箱的水位,同时也无法给用过的水箱加水。这往往会造成水的浪费,并增加每月向电力公司支付的收入。因此,本文提出了一种具有 SMS 功能的水位控制器,旨在智能测量水位,当水箱注满水时,信息将自动通过 GSM 作为警报传送给所有者,以便立即做出反应。该方法涉及将一个用作水箱的水容器与另一个用作钻孔的开放式容器和一个基于微控制器的集成开发设备相互连接,以生成通信信息。开发的流程图显示了相关的程序步骤。在完成原型后,进行了组件和子电路的有效性以及系统有效运行的实验测试。从 3 厘米开始,以 2 厘米的间隔选择了一些预期水位(AWL),并获得了相应的信息运行水位(MOWL),误差偏差不大于 0.17 厘米。因此,平均 AWL、平均 MOWL 和误差偏差分别为 11 厘米、10.7 厘米和 0.1 厘米。由此可见,原型装置运行有效。
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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