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 SystemManaging irrigation manually is still a major challenge for many farmers. In Thirunallar, Saravana faced similar difficulties in maintaining his 1-acre teak farm. With limited time and increasing dependency on labor, ensuring proper watering for crops became inconsistent. Some areas received excess water while others remained dry, affecting overall plant growth and productivity.
Continuous challenges with manual irrigation made it clear that a smarter solution was needed. The goal was to achieve consistent watering, reduce labor dependency, and improve water efficiency. This led to the decision to install an automated irrigation system in Thirunallar, designed to simplify farm management and deliver precise irrigation.
With Mobitech Wireless solution, an automated irrigation system was installed on the farm. The setup included 10 automated valves to control water flow efficiently, along with borewell integration for reliable water supply. The system ensures uniform irrigation across the field, eliminating manual intervention and reducing water wastage.
The automated irrigation system brought better control and confidence to daily farming operations. Water flow could now be managed accurately, ensuring every part of the farm received the right amount of irrigation. This removed uncertainty and helped maintain consistency in crop care.
After installing the automated irrigation system, the farm showed visible improvement. Teak plants began to grow healthier with proper water distribution. The need for manual monitoring reduced significantly, saving time and labor costs. The farmer could now focus more on improving productivity rather than managing irrigation daily.
This real farm case study from Thirunallar shows how an automated irrigation system can transform traditional farming into smart farming. With better water management, reduced labor, and improved crop health, farmers can achieve higher efficiency and sustainable growth. Automation is becoming essential for modern agriculture, helping farmers save resources while increasing yield.
No. The DCON Ag SMART system is not limited to small farms. It is designed for all types of farms — small, medium, and large agricultural estates. It can be easily scaled based on farm size, number of valves, and irrigation zones.
Yes, the system is highly scalable and supports up to 64 valves depending on configuration. This allows large-scale farms to manage multiple irrigation lines, zones, and crop sections from a single control platform.
It delivers precise amounts of water based on schedules, reducing wastage and improving efficiency.
The system sends real-time alerts about power outages and restorations, allowing timely action.
No, the system is designed to be user-friendly. With a simple mobile interface, farmers can easily control and monitor irrigation without needing advanced technical skills.
No, it requires very low maintenance, and most issues are detected automatically by the system.