Wireless Water Level Detection System

Noorellimia Mat Toridi, Muhammad Idham Haiqal Amri, Muhammad Shamir Sadiq Mohd Hisham, Nur Shafiqah Ismail, Anelka Dau Anak Kupo, N. Mohamed Ramli, N. Khairudin, S. Abd Aziz
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Abstract

The irrigation system is crucial in ensuring that each field receives the necessary supply of water to meet the demands of the crops. It is essential to ensure that the water flow is consistent and uninterrupted, and the water levels are monitored and controlled. Therefore, this paper designs wireless water level detection system that works automatically by reading the height of the water level using an ultrasonic sensor. Then, the water level data is sent to an app so that the users can monitor the height of the water in real time. This system was designed using two main components: an HC-SR04 ultrasonic sensor and a NodeMCU microcontroller. The HC-SR04 periodically transmit data of water level in real time, then the NodeMCU upload this to the monitoring platform. Finally, the wireless water level detection system is tested under a laboratory environment. A very strong linear regression between the measured and actual water level height (R2=0.99) was obtained.
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无线水位探测系统
灌溉系统对于确保每块田地都能获得必要的供水以满足作物需求至关重要。必须确保水流稳定、不间断,并对水位进行监测和控制。因此,本文设计了无线水位检测系统,该系统通过使用超声波传感器读取水位高度来自动工作。然后,水位数据会被发送到一个应用程序,这样用户就可以实时监控水位高度。该系统的设计使用了两个主要组件:HC-SR04 超声波传感器和 NodeMCU 微控制器。HC-SR04 周期性地实时传输水位数据,然后由 NodeMCU 将其上传到监控平台。最后,无线水位检测系统在实验室环境下进行了测试。测得的水位高度与实际水位高度之间的线性回归率非常高(R2=0.99)。
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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