A mango-plant orchard owned by Mr. Harsha Vardhan in Atmakur Mandal, Anantapur District, Andhra Pradesh required a smarter irrigation solution to efficiently manage daily watering operations. Manual irrigation demanded considerable labor and time, making it difficult to maintain consistent irrigation schedules across the entire plantation.
The farmer wanted to automate irrigation, simplify valve management, and improve water efficiency. Since the farm is spread across a large area with hundreds of mango trees, manually operating irrigation valves was becoming increasingly challenging.
After learning about Mobitech through YouTube, recommendations from friends, and officials from APMIP, the farmer decided to install Mobitech’s DCON Ag SMART Wireless Automatic Irrigation System to modernize irrigation management.
The farmer selected the DCON Ag SMART Wireless Automatic Irrigation System because of Mobitech’s reliable service, years of industry experience, and flexible automation solutions for farms of different sizes.
Unlike conventional wired systems, the wireless automation solution eliminates communication cables across the farm, preventing cable damage caused by animals such as mongooses. The wireless field devices are powered by solar energy, making the installation both reliable and easy to maintain.
Using the Mobitech mobile application, the farmer can remotely start and stop the motor, operate irrigation valves, create recurring irrigation schedules, monitor irrigation history, and manage the entire farm from anywhere.
Mobitech Wireless Solution successfully installed the DCON Ag SMART Wireless Automatic Irrigation System in Andhra Pradesh for this large-scale mango farm. The automation system allows the farmer to remotely manage irrigation valves, schedule watering programs, and monitor irrigation through a user-friendly mobile application.
The irrigation system supports automatic valve sequencing, recurring irrigation schedules, fertigation, pressure monitoring, and intelligent water distribution across multiple irrigation zones. Farmers can also customize irrigation programs according to crop requirements.
The DCON Ag SMART system provides real-time monitoring of motor status, valve operations, irrigation history, electricity voltage, and automatic power recovery. If a power interruption occurs during irrigation, the system automatically resumes the program once power is restored.
The DCON Ag SMART system provides real-time monitoring of motor status, valve operations, irrigation history, electricity voltage, and automatic power recovery. If a power interruption occurs during irrigation, the system automatically resumes the program once power is restored.
The Automatic Irrigation System in Andhra Pradesh has eliminated the need for manual irrigation management, allowing the farmer to control irrigation operations directly from a smartphone.
With automated valve scheduling, remote motor control, and wireless communication, the system helps reduce labor requirements, conserve water, and ensure uniform irrigation throughout the 850-mango-plant orchard.
Additional features such as fertigation support, solar-powered wireless devices, automatic restart after power failure, and programmable irrigation schedules make daily farm management easier while improving irrigation efficiency.
The automation system saves time, reduces operating costs, improves water utilization, and enables the farmer to irrigate large areas efficiently without constant field supervision.
This successful Automatic Irrigation System installation in Andhra Pradesh demonstrates how wireless smart irrigation can simplify water management for large mango farms. With remote irrigation control, automated valve operation, mobile app monitoring, fertigation support, and intelligent scheduling, Mobitech helps farmers reduce labor, save water, and improve long-term farm productivity through advanced irrigation automation.
Yes. The DCON Ag SMART Automatic Irrigation System is suitable for farms of different sizes and can be customized based on acreage, irrigation zones, and automation requirements.
Automation runs the irrigation system only when required and prevents unnecessary motor operation, helping reduce electricity consumption and improve energy efficiency.
Yes. Automatic Irrigation Systems are suitable for most agricultural crops, including coconut, banana, sugarcane, paddy, maize, turmeric, cotton, vegetables, fruit orchards, flowers, and plantation crops. The system can be customized to match each crop’s water requirements, irrigation method, and field layout. Whether using drip irrigation, sprinkler irrigation, or automated gate valves, it helps improve water efficiency, reduce manual labour, and support healthy crop growth.
Yes. The system automates motor operation and irrigation valve control, eliminating the need to manually start pumps or open and close valves. This reduces labour costs, saves time, and allows farmers to manage irrigation remotely using a mobile application.
