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 |
|---|---|
| No. of Acres | 25-acre |
| Crops | Arecanut, Banana |
| Location | Thalapalayam Village, Bhavani Taluk, Erode |
| Mode of Irrigation | Drip Irrigation |
| Technology | Dcon Ag AIR |
Arecanut
Banana
In modern agriculture, success is not just about water availability—it’s about using water efficiently at the right time. Precision irrigation plays a key role in improving yield.
This real farmer success story shows how smart irrigation for arecanut can increase yield, save water, and reduce labor.
Hello, my name is Chandrasekar. I am from Thalapalayam village, Bhavani Taluk, Erode district. I have 25 acres of land, including 6.5 acres of arecanut, with three generations of farming experience.
We earlier used flood irrigation, which required continuous monitoring, high labor, and caused water wastage. Later, drip irrigation improved efficiency but still needed manual valve operation.
Missing irrigation timing often affected crop health.
We understood that crops need the right amount of water at the right time. Manual irrigation could not ensure consistency, which led us to adopt smart irrigation for arecanut.
In 2018, we installed an automated system with motor control, mobile app operation, auto valves, cycle timer, and water level monitoring.
Now, everything can be controlled easily through a mobile phone.
The cycle timer runs each sprinkler for 3 minutes and switches between valves automatically, ensuring uniform water distribution.
This process is difficult manually but easy with automation.
The system starts irrigation automatically at around 25–30°C, ensuring crops get water at the right time without manual effort.
This system saves up to 30% water, prevents over-irrigation, and avoids motor dry running.
Manual irrigation takes 1–2 hours, while automated irrigation works efficiently within 20–30 minutes.
The farm includes a 100 ft well with monitoring, central controllers, and 30 valves managed by 3 controllers.
The entire system is connected to a mobile app for easy control.
We achieved a healthy yield in just 2.5 years, which is usually difficult in arecanut farming.
With smart irrigation for arecanut, crop growth improved and irrigation became uniform.
Though the initial cost is high, it reduces labor, saves water, and improves productivity in the long run.
Smart irrigation for arecanut helps farmers improve yield, save water, and reduce effort.
Farming is no longer just hard work—it is smart work with the right technology.
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“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.