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Irrigation Automation
Irrigation automation is a process that involves the management of pumps, fertilization systems, valves, and other control systems in the irrigation process. The main goal is to use automation for the effective and stable realization of irrigation. Thanks to irrigation automation, the irrigation process is made more efficient and water resources are used more effectively. This process increases irrigation efficiency and improves irrigation management by automating the control of irrigation equipment.
Today, they have become systems needed in a very wide range of areas such as agricultural production, greenhouses, landscape areas, and private irrigation areas. Many different technological solutions have now begun to be used for irrigation automation.
What is Irrigation Automation?
Irrigation automation is a system that ensures the effective management of the irrigation process from start to finish and primarily focuses on the control of irrigation systems. Irrigation automation ensures that a wide management system, starting especially from pump systems and including irrigation filter systems, fertilization tanks, valves, and other measurement units, is automatically controlled through computers and software.
At this point, the entire system is operated automatically using technologies such as PLC (Programmable Logic Controller), SCADA (Supervisory Control and Data Acquisition), and automation control software. In this way, the irrigation process can be carried out more efficiently and precisely. Irrigation automation, in addition to providing water savings, supports better management of agriculture and increasing productivity.
What are the Advantages of Irrigation Automation?
When irrigation automation is implemented, it provides many advantages both in terms of the plant and in terms of the efficient and sustainable use of resources. Especially with the implementation of automatic irrigation, more controlled and efficient plant cultivation is ensured. Here, while establishing irrigation automation, as much as making control and irrigation processes automatic, more efficient production will be ensured with measurement and sensor-supported smart irrigation.
Although irrigation automation may seem like high-cost solutions, they actually provide the benefits brought by technology, the reduction of costs, and most importantly, the prevention of surprise losses while performing agricultural production.
Below are some points regarding the benefits of irrigation automation and automatic irrigation;
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Water Savings: Irrigation automation ensures more effective use of water. Irrigation needs are accurately calculated with sensors and data, and water is provided as much as needed, preventing over-irrigation.
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Time and Labor Savings: Manual irrigation processes are time-consuming. Thanks to automation, the irrigation process becomes fully or partially automatic, providing labor and time savings.
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Better Crop Yield: Irrigation automation provides plants with better access to water and nutrients. This helps increase crop yield.
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Soil Protection: With correct irrigation, problems such as soil erosion and salinity can be prevented.
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Precise Control: With irrigation automation, the distribution of water can be precisely controlled. Water can be provided according to the different needs of plants.
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Data Collection and Analysis: The automation system collects data about the irrigation process. This data can be used for future decisions and planning.
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Remote Monitoring and Control: Modern irrigation automation systems offer remote monitoring and control possibilities. This allows farmers and business owners to manage their lands from anywhere.
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Energy Efficiency: Irrigation pumps and other equipment provide energy savings when operated according to need.
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Sustainability: Better water management and more effective use of resources increase environmental sustainability.
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Better Decisions: Collected data helps in better planning of future irrigation strategies. This enables the adoption of smarter agricultural practices.
Irrigation automation has become a fundamental element of modern agricultural practices and offers farmers the opportunity to perform more sustainable and efficient agriculture.
Smart Irrigation Automation
How can we make irrigation systems smarter, or in other words, is irrigation automation alone sufficient? In fact, when we talk about an automatic system, a control based on measurement and feedback is also required. To give a simple example, it is not enough to just provide water automatically; it is also very important to provide the water the plant needs at the right time and in the right amount. As Esular, at this exact point, thanks to the smart irrigation and fertilization software we have developed, we provide the plant with as much water as it needs and offer technological solutions. With smart irrigation systems, we both maximize plant development and ensure more efficient use of water resources
Advantages of Smart Irrigation Automation
Although irrigation automation primarily appears as an automatic irrigation system, it can actually be made smarter and more efficient. Here are some ways to make irrigation automation smarter:
Data Collection and Analysis: It is important to collect data from factors such as plant needs, soil conditions, and weather. This data can be used to create a smart irrigation strategy. Technologies like Esular offer important information to farmers by continuously collecting this data.
Feedback Loop: Instead of just giving automatic water, it is important to adopt a feedback-based approach according to the plant's needs. That is, the irrigation amount should be adjusted according to the real needs of the plant through methods such as soil moisture sensors or plant leaf analysis.
Weather Monitoring: Weather data is important for adjusting irrigation schedules. For example, the irrigation amount can be reduced when precipitation is expected.
Adjustments According to Plant Types: Each plant species has different irrigation needs. Smart irrigation systems should be able to make adjustments specific to the plant species.
Fertilization Integration: It is important not only to give water but also to provide the necessary nutrients to the plants. Smart irrigation systems can perform complete plant care by also taking fertilization requirements into account.
Remote Monitoring and Control: Features such as mobile applications that offer farmers the ability to monitor and control their lands remotely make irrigation systems smarter.
Modular Systems: Modular irrigation systems like Esular offer a flexible structure by adding sensors or other devices according to need. This gives farmers more control.
Irrigation automation is not only an automatic process but also a way to increase plant health and productivity with data-driven smart decisions. Smart irrigation serves the purpose of protecting water resources, providing energy and labor savings, improving soil quality, and implementing more efficient agriculture.
Our Activity Fields
esular smart automatic irrigation system application areas
In places where water resources are scarce, we reduce your costs with drip irrigation automation. Thanks to wirelessly controllable hydraulic valves, equal water distribution is provided to every point of the land and all are controlled from a single point
To keep greenhouse production at the desired level, improve product quality, and keep the pH balance under control, we make irrigation management fully automatic in modern greenhouses
In all your agricultural lands, we enable you to use and manage the world's most valuable resource in the most efficient way without the need for cabling and external power sources. Whether you determine your irrigation scenario or perform fully automatic irrigation
In landscape irrigation, we provide more efficient and effective irrigation by making valves smart. With remotely controllable valves and remotely updated scenarios, all control is in your hands
In golf and football fields, homogeneous irrigation is ensured by controlling flow and pressure values. All valves and pumps can be controlled remotely without pulling cables
Smart Cities
In smart city applications, we ensure that irrigation zones are irrigated on time and as desired with sensors that can work wirelessly and with internal batteries lasting more than 10+ years. No more sprinklers irrigating when it rains
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