利用物联网(IoT)概念监测淡水水箱水位

E. Kurniawan, Heri Sularno, I. Suwondo, Anak Agung Istri S.W
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引用次数: 0

摘要

淡水发生器是舰船上生产淡水的重要辅助设备之一。淡水的高效利用可以延长淡水发生器的使用寿命,节约用电量。通过远程实时监控水箱内的淡水水位,可以实现淡水的有效利用。该系统采用超声波传感器将水位信息以高度数据的形式传输到Wemos。Wemos将淡水水位数据转换为水箱中的水量。体积和水位数据然后显示在LCD上,Wemos将淡水体积的数据以网站的形式发送到互联网上,网站的设计易于理解(用户友好),网站可以在任何地方访问。可以看出,系统可以正常工作,因为最高误差读数只有5%,即在4升倾斜位置og 20右。与此同时,当测试5升,向右倾斜30时,传感器读数与实际读数之间的最大差异为0.23升。最好的平均结果出现在测试平坦曲线时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring Water Levels in Fresh Water Tank Using The Concept of IoT (Internet of Think)
Fresh water generator is one of the most important auxiliary aircraft on ships to produce fresh water. The efficient use of fresh water can extend the life of the fresh water generator and save electricity usage. Efficient use of fresh water can be done by remotely monitoring the level of fresh water in the tank in real time.The system for knowing the water level in real time is built with an ultrasonic sensor to transmit data to the Wemos in the form of height data. Wemos converts freshwater level data into the volume of water in the tank. The volume and water level data is then displayed on the LCD and the Wemos sends data on the volume of fresh water to the internet in the form of a website with a design that is easy to understand (user friendly) and the website can be accessed anywhere. It can be seen that the system can work properly because the highest error reading is only 5%, namely in 4 liters with a tilt position og 20 right . Meanwhile, the biggest difference between sendor readings and real when testing 5 liters with a slope of 30 to the right is 0.23 liters. The best average result occur when testing flat conutions.
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