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 SystemModern agriculture automation is becoming essential for farmers managing large irrigation activities every day. Mr. Srinivasan, a farmer from Konganapuram, faced continuous challenges while irrigating his 2.5-acre banana and areca farm using manual irrigation methods.
Regular field visits, manual valve operations, and uneven water distribution increased labor dependency and created difficulties in maintaining proper irrigation schedules. During hot weather and water shortage periods, irrigation management became even more stressful and time-consuming.
To improve irrigation efficiency and simplify farm management, Mr. Srinivasan decided to implement a smart agriculture automation solution using DCON Ag Air. The primary goal was to automate irrigation control, reduce manual work, and improve water management efficiency across the banana and areca cultivation areas.
The farm depended on borewell water for irrigation, making proper water utilization extremely important for maintaining healthy crop growth and sustainable farming operations.
Mobitech installed the DCON Ag Air agriculture automation system with wired irrigation automation and automated valve control technology. The setup included 10 irrigation valves connected across different irrigation zones for efficient water distribution and smart irrigation management.
With agriculture automation, irrigation operations became more organized and efficient. Instead of manually operating irrigation sections one by one, the farmer could now manage irrigation flow through a smarter and more reliable automation system.
The agriculture automation system helped reduce unnecessary water wastage by supplying water only where and when it was required. Efficient irrigation scheduling improved water management and supported better irrigation control across the banana and areca farm.
Manual labor requirements reduced significantly because the farmer no longer needed continuous field visits for irrigation management. Automated valve operations simplified daily farming activities and saved valuable time and effort.
After implementing the DCON Ag Air agriculture automation solution, irrigation became more reliable and consistent throughout the farm. Banana and areca crops received balanced water supply, helping maintain healthier crop growth and improved field conditions.
The smart irrigation automation system also reduced stress related to irrigation management during dry seasons and low rainfall periods. Better valve control and planned irrigation scheduling supported smoother agricultural operations throughout the cultivation cycle.
This real farm installation from Konganapuram highlights how agriculture automation is transforming traditional farming into modern smart agriculture. With DCON Ag Air smart irrigation automation, farmers can improve water management, reduce labor dependency, increase irrigation efficiency, and protect valuable water resources for future farming sustainability.
The DCON Ag Air agriculture automation system can control 512 irrigation valves automatically. In this banana and areca farm project, 10 irrigation valves were connected for smart irrigation management and efficient water distribution.
Agriculture automation reduces unnecessary water wastage by supplying water only when required. Automated irrigation scheduling and smart valve control improve water efficiency and maintain balanced irrigation across the farm.
Yes. The mobile application can be installed on multiple smartphones (up to 10 users), allowing family members to monitor and control irrigation activities together from different locations.
No. Agriculture automation systems can be used for various crops including banana, areca, sugarcane, coconut, turmeric, vegetables, and many other agricultural farms. Smart irrigation automation improves water management for all types of farming.
Yes. The DCON Ag AIR mobile application allows farmers to monitor water availability in the irrigation system through real-time status indicators, and when a water sensor is installed they can clearly track the water level directly from the app, helping to prevent dry running, avoid water shortages, and ensure smooth and uninterrupted irrigation management.
With agriculture automation, farmers can save a significant amount of time in daily irrigation management. In this banana and areca farm project, the DCON Ag Air automation system simplified irrigation operations by automatically managing 10 irrigation valves, reducing continuous manual field visits and improving overall irrigation efficiency.