Smart Agriculture
We Redefine Efficiency and Sustainability
Smart Farming is a revolution that is changing the face of modern farming. Our Smart Agriculture Control Module, equipped with Internet of Things (IoT) sensors, offers significant cost savings and superior efficiency gains to our producers operating in the fields of agriculture and greenhouse cultivation compared to traditional methods.
Powered by renewable energy sources such as sun and wind, our system instantly detects any adverse conditions that may occur in the field or greenhouse, from seasonal anomalies to negligence or human error, and notifies producers. This proactive approach minimizes harvest and yield losses, while also reducing our impact on the environment.
A New Era in Agriculture with Technology
Our Smart Agriculture Control Module, enriched with digital sensors, provides producers with valuable information about the condition of the soil, weather conditions, minerals needed by plants and appropriate irrigation timings. Thanks to detailed and real-time data flow, our farmers can manage their business more easily and effectively and reach a level of efficiency that cannot be achieved with traditional methods.
This system sets new standards in agricultural production while reducing workload and costs through constantly communicating sensors and machines. With our Smart Agriculture Control Module, our farmers can produce all the energy required for agricultural production with their own means, thus becoming independent from increasing electricity costs.
Everywhere
Control and Management
Producers can remotely monitor and manage their agricultural activities from a central point via our web software or mobile application. This technology is revolutionizing not only efficiency and sustainability in the agricultural sector, but also business management.
Advantages of Smart Agriculture Control Module
Our Smart Agriculture Control Module produces the electrical energy needed for basic agricultural operations such as greenhouse and field irrigation through solar panels, both in places with grid connection and in rural areas where there is no electrical infrastructure, offering the opportunity to use it effectively in various modes:
01.
Manual Control Mode
Manual controls on the side of the device.
02.
Remote Manual Control Mode
Remote controls via software.
03.
Semi-Automatic Control Mode
Automated control at specific time intervals.
04.
Fully Automatic Control Mode
It requires no manual intervention.
05.
Autonomous Control Mode
Free operating principle that can be adjusted according to the product and climate.
The system measures critical data such as weather conditions, soil moisture and temperature, in line with the determined parameters and in accordance with the needs of the installed area, and stores these data on a cloud-based server via wireless data communication. Manufacturers can examine these values graphically at any time period and use them when making important decisions. In addition, against sudden and unexpected changes in the conditions necessary for the healthy growth of crops:
Frost Alarm
Excessive Outside Temperature
Soil Temperature
Soil Moisture Amount
Underwatering or Overwatering
They can create voice alarms, SMS or e-mail alerts via the mobile application for situations such as these, and can save and manage these alerts over time.
Smart Agriculture Control Module Measurement and Control Parameters
Outside Air Temperature
Outside Air Humidity
Wind speed
Outside Soil Temperature
Rain Condition
Greenhouse Indoor Air Temperature
Greenhouse Indoor Air Humidity
Greenhouse Internal Carbon Dioxide Rate
Soil Temperature Inside the Greenhouse
Soil Moisture in the Greenhouse
Daylight Control
These advanced features provide farmers and greenhouse managers with high-level control and management in agricultural production processes, helping them maximize their efficiency while minimizing their environmental impact.
