Problem
As a result of global warming, climate change and excessive consumption, potable water resources are rapidly running out. This, in particular, directly threatens the sustainability of agricultural production, where 73% of potable water is used. At the same time, improper irrigation used in agriculture threatens water resources. At this point, modern irrigation systems such as drip irrigation and sprint irrigation are being switched to the solution by individual farmers and corporate structures and their use is becoming widespread. However, due to their structure, these systems require pressurized water to be used in large agricultural areas, require frequent irrigation, and since large areas cannot be watered at once, it is necessary to do piecemeal irrigation. All the resulting additional workload and energy use reduce the efficiency of these systems, which must be efficient. In addition, when these irrigation systems are not managed well and are not applied correctly, they can lead to excessive water and energy use instead of providing efficiency. For all these reasons, automatic irrigation and smart irrigation technologies have become a need for more sustainable agriculture, and the needs are increasing rapidly. However, existing technologies cannot provide effective solutions due to complex structures, high-cost infrastructure needs and reasons such as not being suitable for all terrain types. Here, too, the farmers are experiencing the greatest difficulties. Automatic control technologies have become a necessity for farmers who have to irrigate piecemeal with the increasing cost of irrigation, the need for frequent irrigation and the limited water resources of large agricultural areas, but they cannot find a clear solution.
Solution
As Esular, we want everyone to have access to and use smart irrigation technologies. For this purpose, we are developing flexible, simple, understandable water control technologies. With our cloud-based, web and mobile application supported fully battery-operated and wireless valve, sensor, communication and automation infrastructure that we developed to solve the need for more efficient water control technologies for more sustainable agriculture, we provide the smart irrigation needed by our land and our farmers, while at the same time we offer the smart irrigation infrastructure service that landscaping,automation and equipment manufacturers need. With our fully battery-powered and wirelessly powered valves and sensors, we provide control in large agricultural areas without the need for wiring and electricity, and with our web-based intelligent water management software, we enable high-efficiency irrigation by minimizing farmer intervention in the entire irrigation process. By evaluating many sensor data such as air humidity, soil moisture, flow, pressure, pool level, precipitation amount, we ensure that irrigation is stable and minimize the user effect and ensure maximum efficiency irrigation.
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