VCN and VCN4 wirelessly connect to AIR and operate DC solenoid valves.
Measures soil moisture, soil temperature, and atmospheric temperature in real time.
It monitors wind speed, wind direction, temperature, humidity, rainfall, and weather forecasts.
FRT wirelessly receives data from AIR and the fertigation controller to enhance automation.
VCN and VCN4 wirelessly connect to AIR and operate DC solenoid valves.
Measures soil moisture, soil temperature, and atmospheric temperature in real time.
It monitors wind speed, wind direction, temperature, humidity, rainfall, and weather forecasts.
FRT wirelessly receives data from AIR and the fertigation controller to enhance automation.
Micro Irrigation
Large Water Management System| Aspect | Details |
|---|---|
| Farmer Name | Sivasubramani |
| Location | Anthiyur |
| Crop Type | Banana, Coconut, Areca |
| Total Area | 15 Acres |
| Type of Automation | Wireless Irrigation Automation |
| Number of Valves | 33 Valves |
| Water Source | River Water, Bore Water |
| Irrigation System | Dcon Ag AIR |
Banana
Coconut
Areca
Modern agriculture is rapidly evolving, and farmers are now adopting advanced technologies to improve efficiency and productivity. One such successful example is our recent smart irrigation system installation in Anthiyur farm, where automation has transformed traditional farming practices into a highly efficient system.
This smart irrigation system installation was carried out for farmer Sivasubramani in Anthiyur, covering a total of 15 acres of farmland. The farm includes crops like banana, coconut, and areca, which require consistent and well-managed irrigation for optimal growth.
To address these needs, we implemented a wireless irrigation automation system powered by Dcon Ag AIR, ensuring seamless water distribution across the entire field as part of this smart irrigation system installation.
The farm utilizes river water and bore water, making water management crucial. With the installation of 33 automated valves, the system efficiently controls water flow to different sections of the farm.
This smart irrigation system installationhelps reduce water wastage, ensure uniform irrigation, improve crop health, and minimize manual labor.
The key highlight of this smart irrigation system installation is its wireless irrigation automation, allowing the farmer to control irrigation remotely. This eliminates the need for constant field visits and provides flexibility in managing irrigation schedules.
With automation, the farmer can turn irrigation ON/OFF remotely, schedule watering times, and monitor system performance using this smart irrigation system installation.
After implementing thissmart irrigation system installation, the farm has seen significant improvements in efficiency and productivity. Crops receive the right amount of water at the right time, leading to better growth and yield.
This installation stands as a strong example of how smart irrigation technology is reshaping agriculture in regions like Anthiyur.
The smart irrigation system installation in Anthiyur farm highlights the future of agriculture—where technology meets sustainability. By adopting automation, farmers can save water, reduce costs, and maximize productivity.
As more farms move towards IoT-based irrigation systems, smart irrigation system installation will continue to revolutionize the agricultural landscape.
“Automation is highly recommended for struggling farmers and those traveling long distances for irrigation.”
Stop spending hours turning valves in the heat. Our advanced controllers ensure your crops get the water they need exactly when they need it.