×
Verified Tech Asset
Technical Document
📥 Downloads: [sdm_download_counter id="29523"]
Download PDF Document
Select your product to view installation documents and download specifications
Choose a product solution to view downloadable files and documentation
Mr. Anantha Ramakrishna, a progressive farmer from Peruvai, Dakshina Kannada, Karnataka, started farming in 2008 with 15 acres of arecanut, pepper, and rubber plantations. As the farm expanded to 50 acres, managing irrigation manually became increasingly difficult, requiring more labor, time, and careful supervision.
Operating multiple irrigation pumps, monitoring water availability, and maintaining uniform irrigation across different sections of the farm were becoming major challenges. The farmer wanted an Automatic Irrigation System in Karnataka that could simplify irrigation management, improve water efficiency, and reduce dependence on manual labor.
To modernize his farm, he chose Mobitech’s Automatic Irrigation System, enabling remote irrigation control, intelligent scheduling, fertigation, and real-time monitoring through a mobile application.
The farmer selected Mobitech’s Automatic Irrigation System in Karnataka because it offers a complete solution for irrigation automation, fertigation, weather monitoring, and remote farm management. The system helps simplify daily farming operations while improving irrigation accuracy and water conservation.
Unlike conventional irrigation systems, the wireless automation solution eliminates long communication cables across the farm. Solar-powered wireless field devices ensure reliable performance while minimizing maintenance requirements and supporting uninterrupted farm operations.
Using the Mobitech mobile application, the farmer can remotely start and stop irrigation motors, control irrigation valves, create recurring irrigation schedules, manage fertigation, monitor weather conditions, and access complete irrigation history from anywhere.
Mobitech Wireless Solution successfully installed the Automatic Irrigation System in Karnataka for this 50-acre plantation in Dakshina Kannada. The solution provides centralized control of irrigation, fertigation, and field monitoring through an easy-to-use mobile application.
The installation includes automatic irrigation scheduling, automated filter backwash, solenoid valve control, water level monitoring, pressure sensors, soil moisture sensors, weather station integration, voltage monitoring, and precision fertigation with multiple fertilizer tanks and injectors.
The Automatic Irrigation System controls five borewell motors and two irrigation pumps using a single communication platform. Farmers can remotely monitor irrigation status, environmental conditions, and historical farm data to make informed irrigation decisions throughout the year.
The Automatic Irrigation System in Karnataka has significantly reduced manual irrigation work while improving water management across the entire plantation.
Features such as automatic valve operation, remote motor control, intelligent irrigation scheduling, and automated fertigation help reduce labor costs, conserve water, and deliver uniform irrigation to every section of the farm.
Real-time weather monitoring, soil moisture analysis, pressure monitoring, and voltage protection enable better decision-making while improving crop health and system reliability.
The automation system has made it easier to manage a large plantation efficiently, saving time, reducing operating costs, improving water utilization, and supporting sustainable farming practices.
This successful Automatic Irrigation System installation in Karnataka demonstrates how wireless smart irrigation can transform large-scale farming. With remote irrigation control, automated valve operation, precision fertigation, weather monitoring, soil moisture sensing, and mobile app-based management, Mobitech helps farmers save water, reduce labor, improve productivity, and achieve sustainable agricultural growth.
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, sugarcane, paddy, maize, turmeric, cotton, vegetables, fruit orchards, flowers, and plantation crops. The system can be customized to match each crop’s water requirements, irrigation method, and field layout. Whether using drip irrigation, sprinkler irrigation, or automated gate valves, it helps improve water efficiency, reduce manual labour, and support healthy crop growth.
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.
