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A 5-acre coconut farm owned by Mr. Sivalingam in Avinashi required a more efficient irrigation solution to manage daily watering operations. Manual irrigation demanded significant time and effort, making it difficult to maintain consistent irrigation schedules across the plantation.
The farm relies on a bore water source, making proper water management essential. Operating irrigation valves manually often resulted in uneven water distribution, unnecessary water wastage, and higher labor requirements.
To improve irrigation efficiency, reduce manual work, and simplify daily farm management, the farmer decided to install Mobitech’s Automatic Irrigation System powered by DCON Ag SMART.
After evaluating different irrigation automation solutions, the farmer selected the DCON Ag SMART Automatic Irrigation System to automate irrigation scheduling and remotely manage water distribution throughout the coconut farm.
The installation features 8 wired automated irrigation valves, enabling independent irrigation of different field zones according to crop water requirements while ensuring uniform water distribution.
Using the mobile application, the farmer can now remotely control irrigation schedules, start or stop irrigation, and monitor valve operations without visiting each irrigation point, making daily irrigation faster and more convenient.
Mobitech Wireless Solution successfully installed the DCON Ag SMART Automatic Irrigation System in Avinashi for this 5-acre coconut farm. The system automates irrigation valve operation, schedules watering automatically, and enables complete irrigation control through a user-friendly mobile application.
With intelligent irrigation automation, water is delivered to each irrigation zone based on planned schedules, improving irrigation efficiency while helping conserve valuable borewell water.
The DCON Ag SMART system also provides real-time monitoring of motor status, valve operations, dry-run protection, overload alerts, and irrigation schedules, allowing the farmer to manage irrigation with greater confidence and reliability.
The Automatic Irrigation System in Avinashi has eliminated the need for manual valve operation, allowing irrigation to be controlled from anywhere using a smartphone.
With automated irrigation scheduling and intelligent valve management, the system helps save up to 25% of water while maintaining consistent irrigation across the entire coconut plantation.
The automation solution reduces labor costs, saves time, supports night-time irrigation, improves water use efficiency, and simplifies everyday irrigation management for the farmer.
By combining automation with smart monitoring, the farmer can optimize available borewell water, improve crop health, and achieve more sustainable coconut farming.
This successful Automatic Irrigation System installation in Avinashi demonstrates how smart irrigation automation can solve modern water management challenges. With remote irrigation control, automated valve operation, real-time monitoring, and efficient water utilization, farmers can reduce labor, conserve water, and improve long-term farm productivity through advanced irrigation technology.
Yes. The DCON Ag SMART 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.
