IoT-based Agriculture Pump Control

• Version
• Download 10
• File Size 0.00 KB
• File Count 1
• Create Date 28 March, 2026
• Last Updated 28 March, 2026

IoT-based Agriculture Pump Control

Vaibhav Milke, Prajwal Nannaware , Palash Nohawar, Adnesh Panchbhai , Sachin Jolhe

DOI :  10.46335/IJIES.2023.8.7.9

Abstract – In India, agricultural areas are crucial to the country's economic growth. Numerous issues are being faced by farmers. There is no 24-hour supply of electricity. Since the farm is far from his home, there is a need to provide an effective and dynamic control system for the motor. The automatic control allows monitoring the motor's working parameters from a distance, controlling it, and obtaining a response from the motor itself. The proposed work details a technology that uses smartphones to operate a water pump for farming. A microcontroller (such as an Arduino) and GSM SIM module can be used to ON and OFF an agricultural water pump. The issues experienced by Indian farmers are what inspired the concept for this proposed work. The goal is to use mobile SMS and missed calls to remotely control the motor while it is ON or OFF and to receive feedback. By determining the voltage of the source and ensuring system feedback whether it is over or under voltage, the safe operation of the motor is guaranteed. Once more, similar comments are received via SMS as well. In the event of any issues, such as SPP, dry run, or overheating, the motor will shut off automatically. Because there is a GSM network almost everywhere in our nation, it is decided to use it to control motors and send feedback data. The proposed work can also be used in the industrial sector, and this will make operating a motor and providing it with protection convenient and affordable.