Drip Irrigation
We reduce your costs with drip irrigation automation in areas where water resources are scarce.
Control your irrigation zones wirelessly with the automatic irrigation system.
We offer wireless irrigation service that can be fully automatically controlled with irrigation scenarios, air humidity, soil moisture, and precipitation status.
We shape digital agriculture with our sensor-supported smart algorithms.
The need for automatic irrigation systems and smart irrigation systems is constantly increasing. Today, water resources in the world are extremely limited. Throughout the country, precipitation generally falls in winter and spring.
There is a significant water deficit during the vegetation period. This water deficit increases the importance of irrigation for plants. All plants need large amounts of water. Water makes up 80% or more of the plant body.
Water conducts materials within the plant and ensures plant growth. It helps the plant absorb necessary nutrients from the soil.
With the wireless fully automatic smart irrigation system we developed as Esular, we enable you to automate irrigation areas effectively and easily.
The system, which is completely wireless, consists of internal battery-powered sensors and valve control units. In the system where you can irrigate automatically, you can control your irrigation zones anytime, anywhere with the cloud-based solution.
More informationWe offer all components of modern irrigation systems with integrated solutions.
Automatic irrigation system consists of many components. The most basic components are the automatic opening and closing of valves and the operation of systems such as pumps.
Today, the scarcity of water resources has brought the use of more complex solutions. Especially with drip irrigation and sprinkler irrigation, the need to control large areas with water supplied from a center has made it mandatory to perform irrigation by controlling valves from multiple points in large agricultural fields.
In order to use water efficiently in agricultural irrigation, to detect malfunction situations in advance, and to make automatic irrigation more controlled, it is necessary to use water meters, moisture sensors, pressure sensors, flow sensors, tank level sensors and many other different sensors.
The collection unit is installed at a point with a clear view of the terrain. An antenna pole can be erected to provide additional height to the antennas. During installation, the angles of the solar panel are adjusted appropriately according to the sun.
Valves that are separate in the system are installed one by one to the valve control unit. It is easily installed without the need for cabling and electricity. It has plug & play feature.
You can add compatible wireless sensors to your system to provide autonomous features. It will be possible to provide fully automatic irrigation with sensor options such as air humidity, soil moisture, precipitation, pressure, flow.
You can add your valves and sensors via the web or mobile application and perform the necessary controls. In this way, the installation of your fully automatic smart irrigation system will be completed and you will be able to irrigate effectively.
Wireless communication capability up to 10 km
All valves, sensors, and collection units operate with an internal battery. 10+ years of battery life
Waterproof structure with IP67 enclosure. Offers a long service life.
Seamless operation with powerful hardware, software, server, and applications
Smart control structure supported by sensors and data
Easy and practical control with mobile app
Operation without internet with configurable scenarios
Warns you with alarms and notifications in important situations
We reduce your costs with drip irrigation automation in areas where water resources are scarce.
We make irrigation management fully automatic in modern greenhouses.
Irrigation management without the need for cabling or external power source.
Efficient landscape irrigation with remote-controllable valves.
Wireless valve control, sensors, and central stations