Author(s)

Winfred Adjardjah, David Bright Kofi Arthur, Alex Ewuam, Kingsley Nunoo

Department of Electrical and Electronic Engineering, Takoradi Technical University, Takoradi, Ghana.

In the last few decades, several monitoring systems integrated with water level detection have been the major research focus. Production boost and its sustainability depend mainly on sustainable water supply, measuring water level, and avoiding waste of water is an essential task for all stakeholders. Therefore, the aim of this paper is to design and implement a mobile phone-based remote control. This will be applied to control the operation of a submersible motor in a water tank. The water level in the tank is detected and the device remotely turns the motor pump on/off. The design process is accomplished by developing an android application that works on GSM technology to manage the filling of water tank. An AT89C51 microcontroller is used for the desired programming. At the transmitting end, sensor is used for level detection and GSM module is used to send the information to user. According to this information, user controls the on/off operation of the pump. A SIM card is required for its operation and it works on attention (AT) commands. After the design and implementation of the device, the test results showed that all features of the device worked properly, and the device functions exactly as expected. More significantly, the paper has shown that ultrasonic sensors can be used to determine the level of water in a water tank and a GSM module can be used to control a submersible pump. The design and implementation of this device can help to reduce waste of time and power. Ultimately, it avoids water wastage thereby ensuring availability, conservation, and sustainability of water supply.

Water Supply, Submersible Motor Pump, Mobile Phone, GSM, Android

Adjardjah, W. , Arthur, D. , Ewuam, A. and Nunoo, K. (2022) The Design of a Mobile Phone-Based Remote-Control Application to Submersible Motor for Effective Water Supply. Journal of Sensor Technology, 12, 19-31. doi: 10.4236/jst.2022.122002.