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 across a large coconut farm is never an easy task. This Wireless Irrigation Automation for a 25-Acre Coconut Farm project was successfully completed for farmer Elango in Karumandampalayam. Spread across 25 acres of coconut cultivation, the farm depends on multiple water sources including a well, borewell, and thotti to meet its irrigation requirements.
Before automation, irrigation management was a daily challenge. The farmer had to manually operate and monitor irrigation activities across different sections of the farm. With a large cultivation area and multiple irrigation zones, ensuring that every coconut tree received the right amount of water required significant effort, time, and constant supervision.
Like many coconut farmers, Elango understood that every missed irrigation cycle could impact crop health, while excess watering could waste valuable groundwater resources. Managing irrigation manually over such a vast area was becoming increasingly difficult, especially during busy farming seasons.
To overcome these challenges, the farmer decided to adopt Wireless Irrigation Automation for a 25-Acre Coconut Farm. The goal was simple: reduce manual work, improve irrigation efficiency, and gain better control over water distribution across the entire farm.
Coconut trees require consistent moisture throughout the year to maintain healthy growth, strong root development, and stable yields. Any delay in irrigation can affect tree health, while uneven watering may reduce overall productivity. Automation offered a smarter and more reliable way to manage irrigation without needing to physically visit every irrigation zone.
More importantly, the farmer wanted peace of mind. Instead of spending hours every day opening and closing valves, he wanted a system that could take care of irrigation scheduling while allowing him to focus on other important farm activities.
Mobitech Wireless successfully implemented this Wireless Irrigation Automation System across the 25-acre coconut farm. The installation included 12 wireless automated irrigation valves strategically placed to cover different irrigation zones throughout the property.
The wireless architecture was specifically chosen because of the farm’s large area. With wireless communication between the controller and field valves, the farmer no longer needs extensive wiring across the plantation. The system enables efficient irrigation scheduling and seamless control of water flow to each section of the farm.
Once installed, the automation system was configured according to the farm’s irrigation requirements. The farmer can now manage irrigation operations with greater precision, ensuring that water reaches every part of the coconut plantation at the right time.
The implementation of Wireless Irrigation Automation for a 25-Acre Coconut Farm has transformed daily irrigation management. Tasks that once required continuous monitoring and manual labor can now be handled automatically through scheduled irrigation programs.
With 12 automated valves managing water distribution, irrigation is now more accurate and consistent. Every section of the farm receives water according to its requirements, helping maintain healthy soil moisture levels while reducing unnecessary water wastage.
The farmer also benefits from significant time savings. Instead of traveling across the farm to operate valves manually, irrigation activities can be managed automatically. This reduces labor dependency, improves operational efficiency, and allows more time to focus on crop management and farm development.
Perhaps the greatest benefit is confidence. Knowing that irrigation will take place on time, even during busy periods, provides reassurance that the coconut trees are receiving the care they need for healthy growth and long-term productivity.
This successful Wireless Irrigation Automation for a 25-Acre Coconut Farm installation in Karumandampalayam highlights how modern agricultural technology is helping farmers overcome traditional irrigation challenges. By combining wireless automation with efficient water management, farmers can conserve valuable resources, reduce manual effort, and maintain healthier crops. As water management becomes increasingly important for agriculture, wireless irrigation automation is proving to be a practical and sustainable solution for large-scale coconut farming across Tamil Nadu.
The farmer wanted to simplify irrigation management, reduce manual work, and ensure that water reached all parts of the farm efficiently. Dcon AG AIR provided a reliable solution for automating irrigation across the entire plantation.
This installation includes 12 wireless automated irrigation valves, allowing water to be distributed efficiently across different sections of the 25-acre coconut 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.
Yes. Dcon AG AIR can be used in farms that rely on wells, borewells, water storage tanks (thotti), and other irrigation water sources, making it suitable for a wide range of agricultural applications.
Dcon AG AIR automates irrigation schedules and valve operations, reducing the need for daily supervision. Farmers can ensure that crops receive water on time while saving labor and water resources.
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.