Application of Rice Pest Repellent Using ESP32 Microcontroller and Internet of Things Based Sound Wave

Daniel Alfa  Puryono; Enggar Panji Pangestu

doi:10.55927/eajmr.v2i10.6228

Authors

Daniel Alfa Puryono College of Informatics and Computer Management AKI Pati
Enggar Panji Pangestu College of Informatics and Computer Management AKI Pati

DOI:

https://doi.org/10.55927/eajmr.v2i10.6228

Keywords:

Microcontroller, IoT, Rice Pest, Ultrasonic Wave

Abstract

This research aims to create an automatic pest-repellent system using the Internet of Things. This system uses a microcontroller model ESP32 Devkit and PIR sensor to detect the attack of rice field leafhopper pests. In addition, the application is also equipped with a buzzer and a servomotor that can repel leafhoppers. The circuit can be used to expel leafhoppers because it can emit ultrasonic waves in the range of 40 kHz. The resulting system is IoT-based, so it can be controlled via smartphone. The application can eradicate leafhoppers at a radius of 3 meters and can kill leafhoppers within 2 hours. However, if the distance is 6 meters, this tool can kill leafhoppers and locusts in a 4-hour time interval.

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