Development of an Automatic Water Flow Sensor System Using ESP32 for Efficient Water Control

Abstract

Access to clean and reliable drinking water is essential for human well-being. This research aims to develop an automatic water flow sensor system based on ESP32 microcontroller for efficient water control. The study employs the Development (Observation) method to observe and record the activities involved in the system development process. The system allows users to adjust the water discharge according to their requirements by utilizing a keypad interface and modifying the Arduino IDE code. The experimental results demonstrate a high accuracy of 92% with an 8% error rate, indicating the system’s reliability in controlling the water flow. Moreover, stabilizing the ESP32 microcontroller by providing a voltage of at least 5V ensures optimal performance. The findings suggest the practicality and cost-effectiveness of the developed system, which can contribute to improving water management and conservation efforts worldwide.

Perbandingan Hasil Nilai Baca Konsumsi Air Antara Sensor Water flow YF-B6 dan YF-S201 dalam Penggunaan Internet of Things

“…PENDAHULUAN Penggunaan air bersih sangat dibutuhkan bagi kehidupan manusia, keberadaan air bersih membutuhkan infrastruktur yang memadai utamanya dalam pendistribusian dan kualitas airnya. Saat ini penyedia air bersih banyak dikelola oleh Perusahaan Daerah Air Minum (PDAM) yang terletak di daerah, kota maupun kabupaten [1] [2]. Namun demikian jika satu wilayah tidak terdapat instalasi pipa air bersih sekarang mulai terselenggara Penyediaan Air Minum dan Sanitasi Berbasis Masyarakat (Pamsimas) yang sudah ada di desa-desa.…”