Smart Agriculture

CHALLENGE

The goal was to implement an IoT solution to accurately measure rainfall on farmland and monitor the irrigation pump system.

The goal was to implement an IoT solution to accurately measure rainfall on farmland and monitor the irrigation pump system.
In addition to the planned tasks,

The goal was to implement an IoT solution to accurately measure rainfall on farmland and monitor the irrigation pump system.
In addition to the planned tasks, the solution also needed to track storage conditions in grain bag silos, including temperature monitoring and unauthorized access detection.

the solution also needed to track storage conditions in grain bag silos, including temperature monitoring and unauthorized access detection.

SOLUTION

We developed a system based on autonomous electronic devices, connected via LoRaWAN and powered by solar panels and rechargeable batteries, ensuring continuous operation without human intervention.

Weather Monitoring: Sensors for rainfall, temperature, and humidity in the field.
Irrigation System Monitoring: Sensors installed in the pump room, measuring: temperature and humidity in the electrical panel; water pressure at the outlet manifold; operational status of the water pump.
Silo Bag Control: Temperature sensors inside grain storage, with alerts for unauthorized access or abnormal conditions.

RESULTS

The solution allowed producers to make data-driven decisions in real time and enhance operational efficiency.

Hourly weather readings for better irrigation planning.
Remote monitoring of the pump room and irrigation system.
Detection of anomalies, energy losses, and irregularities.

Pattern analysis to optimize water usage.
Fewer field visits, reducing costs and travel time.
Greater peace of mind through remote system supervision.