The core intelligence hub of your automation network. The OMS Gateway aggregates real-time data from field sensors, ensuring seamless connectivity and reliable, AI-driven decision-making for your entire water distribution ecosystem.
The Remote Terminal Unit (RTU) is designed for rugged field performance. It precisely monitors and executes commands at individual outlet points, bridging the gap between your centralized controls and your actual field irrigation infrastructure.
Automatic Irrigation System for Oil Palm: 18-Acre Farm in Suryapet Achieves Smart Water Management
Challenges Before Installing the Automatic Irrigation System for Oil Palm
An 18-acre oil palm farm in Suryapet was facing significant challenges with manual irrigation. The farm had 17 water wells, with irrigation valves operated manually multiple times every day.
The farmer had to open and close the valves 4 to 5 times a day, which required considerable time and physical effort. Manual operation also made it difficult to maintain consistent water distribution across the entire oil palm plantation.
Some plants received more water than required while others received insufficient irrigation. To overcome these challenges, the farmer decided to implement an Automatic Irrigation System for Oil Palm with wireless valve control and automated irrigation scheduling.
Automatic Irrigation System for Oil Palm Installation in Suryapet
Mobitech technical team conducted a field survey and designed a customized Automatic Irrigation System for Oil Palm based on the farm’s irrigation requirements, water sources, pipeline network, and motor configuration.
The installation includes 17 wireless irrigation valves controlled through a combination of three two-station controllers and twelve four-station controllers. The controllers use solar power and DC operation for reliable field-level automation.
The system enables the farmer to control irrigation remotely through a mobile application, reducing the need for repeated manual valve operation and making irrigation management more convenient.
Automated Watering Schedule for Oil Palm
The Automatic Irrigation System for Oil Palm was configured with a customized watering schedule to provide the plants with consistent irrigation throughout the day.
The programmed schedule included approximately 1.5 hours of nighttime watering and 30 minutes of daytime watering per plant. This automated schedule helps maintain suitable soil moisture while improving water absorption around the plant root zone.
Motor Automation and Remote Control
The farm uses a 10 HP main motor to draw water from the reservoir through a 250 mm pipeline and a 7.5 HP motor for drip irrigation and field-level water distribution.
To coordinate motor operation, Mobitech integrated the Dcon Ag AIR controller with SIM-based remote communication. The controller supports remote start and stop operations for multiple motors and enables the farmer to manage irrigation sequences through the mobile application.
Pressure Protection and Motor Safety
A Pressure Relief Valve was installed as part of the irrigation system to help protect the pipeline network from excessive pressure. The PRV is configured to release pressure when it reaches approximately 2.5 to 3 bar.
The system also monitors motor operating parameters such as running time, voltage, and current. Features such as dry-run and overload protection help protect the motors from unsafe operating conditions.
Benefits of the Automatic Irrigation System for Oil Palm
The installation of the Automatic Irrigation System for Oil Palm has helped simplify irrigation management across the 18-acre plantation.
With automated valve operation and scheduled watering, the farmer can reduce repetitive manual work while maintaining more consistent irrigation across the plantation.
Remote control, solar-powered controllers, motor monitoring, and pressure protection further improve the reliability and convenience of the irrigation system.
Reduced manual valve operation
Automated irrigation scheduling
Remote control through a mobile application
More consistent water distribution
Improved irrigation management for oil palm
Solar-powered wireless valve controllers
Remote motor monitoring and protection
Better utilization of available water
Smart Farming with Automatic Irrigation for Oil Palm
This recent installation demonstrates how an Automatic Irrigation System for Oil Palm can transform irrigation management on a large plantation. By combining wireless valves, automated scheduling, solar-powered controllers, remote motor management, and safety monitoring, the system reduces manual effort and supports more efficient water management.
For oil palm farmers looking to modernize their irrigation operations, automation can provide a practical way to manage watering schedules, control valves remotely, and improve overall farm irrigation efficiency.
Field Images
Farmer Benefits Obtained
60%
Water Saved
73%
Input savings
53%
Yield improvement
99%
Remote Monitoring
Which Product is Right for Your Farm? Find Out Now
Yes. The DCON Ag AIR Automatic Irrigation System is suitable for farms of different sizes and can be customized based on acreage, irrigation zones, and automation requirements.
Automation runs the irrigation system only when required and prevents unnecessary motor operation, helping reduce electricity consumption and improve energy efficiency.
Yes. Automatic Irrigation Systems are suitable for most agricultural crops, including coconut, banana, Palm, sugarcane, paddy, maize, turmeric, cotton, vegetables, fruit orchards, flowers, and plantation crops etc.
Yes. A single Automatic Irrigation System can manage multiple irrigation zones across different fields. Farmers can independently control each valve, schedule irrigation for different areas, and ensure every field receives the right amount of water without manual intervention.
Yes. The system automates motor operation and irrigation valve control, eliminating the need to manually start pumps or open and close valves. This reduces labour costs, saves time, and allows farmers to manage irrigation remotely using a mobile application.