Haiwell Scada-Based Rice Field Irrigation Control and Monitoring System

Abstract

   

Control systems play a crucial role in the development of increasingly advanced technology. They are not only needed in industry but also as a key component in integrated and automated systems, including in agriculture. One application is in a Haiwell SCADA-based rice field irrigation system to improve the efficiency of water distribution across the fields. This research aims to design and realize a Haiwell SCADA-based rice field irrigation control and monitoring system that can be accessed via Human Machine Interface (HMI) and Via Android. This system works automatically to monitor and regulate the water level in two rice fields using a water level sensor, and water as a potentiometer controller. The water level is regulated through the scale parameter in the Outseal Studio software, which allows users to set minimum (10centim) and maximum (1meters) limits. When the water is below the minimum limit, the sensor will send a signal to the PLC to activate the pump and open the solenoid valve. Once the water reaches the maximum limit, the system will turn off the pump and close the valve automatically. This process runs on both rice fields. With this system, farmers can control and monitor irrigation conditions in real time and remotely, increasing water efficiency, streamlining workloads, and minimizing the risk of water shortages.