Automatic Monitoring and Control System for Different Water Levels in Interconnected Multiple Twin Tanks with Dry Run Protection Using Microprocessor Orange Pi

Mehak Mubarik, Aaqib Raza, Haroon Rashid, A. Zainuddin, Z. I. Abd Latiff
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Abstract

The proposed system effectively controlled and monitored the water level of the dual tank system with efficient dry-run protection to prevent the motor from burning out and avoid wastage of electricity in case of no water. An Orange Pi was used to test its working and ability to control and monitor a real-time system as no prior research is done on a dual water tank control system using Orangepi SBC. Due to COVID-19, millions of people's financial condition has worsened, which is why an initiative is taken to use the cheap board for making prototypes and moving towards PLCs after the desired outcomes. This research aims to provide a system at cheaper rates to handle large water tanks. This system is very efficient and valuable in dams, tanks, purifiers, and water containers. The proposed system also has dry run protection to avoid wastage of electricity in case of no water. The research is an advancement in automation in real-time virtual monitoring and different water level control systems. This research makes life more comfortable because real-time monitoring with a water control system reduces water wastage, leading to the complete modern solution of the problems.
基于柑桔Pi微处理器的互联多双水箱干流保护水位自动监控系统
本系统有效地控制和监测了双水箱系统的水位,并具有高效的干运转保护,防止电机烧坏,避免无水情况下的电力浪费。由于之前没有对使用Orangepi SBC的双水箱控制系统进行过研究,因此使用Orange Pi来测试其工作以及控制和监控实时系统的能力。由于2019冠状病毒病,数百万人的财务状况恶化,这就是为什么采取了一项倡议,即使用廉价的电路板制作原型,并在获得预期结果后转向plc。这项研究的目的是提供一种以更便宜的价格处理大型水箱的系统。该系统在水坝、水箱、净化器和水容器中非常有效和有价值。建议的系统还具有干运转保护,以避免在没有水的情况下浪费电力。该研究是实时虚拟监测和不同水位控制系统自动化的一个进步。这项研究使生活更加舒适,因为实时监测与水控制系统减少了水的浪费,导致问题的完全现代化解决方案。
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