Save on electricity, Optimize water consumption!
T-Irrigate is an AI-based irrigation optimization solution that enables farmers to execute their irrigation activities with the right amount, at the right time.
Irrigation in the right amount at the right time by measuring soil moisture and temperature with sensors placed at different depths beneath the ground
Precise fertigation decisions measuring soil salinity levels, together with soil moisture and temperature data
Flow rate passing through the irrigation line, along with the irrigation start and cut-off times
Swiftly addressing potential pressure issues by real-time water pressure data during active irrigation
Accurate measurement of the rainfall quantity in the fields where pivot and sprinkler irrigation systems are placed
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Leaf Wetness & Canopy Temperature
Using air temperature data for precise identification of the required irrigation amount for the field and detecting potential frost risks
Empowering farmers to make informed irrigation decisions and optimize input costs by strategically placing sensors at various levels, enabling control over pressurized irrigation methods such as Drip, Pivot, and Sprinkler. 4 Soil Moisture & Temperature sensors under the emitter Flowmeter EC Sensor (Optional)
We enable farmers using drip irrigation to observe the underground spread and infiltration of water. Our sensors, strategically positioned beneath individual emitters and between emitter pairs, promote the efficient use of water, enhancing overall effectiveness. 4 Soil moisture and temperature sensors under the emitter 2 Soil moisture and temperature sensors between emitter pairs Flowmeter EC Sensor (Optional)
We enable our farmers to execute pivot irrigation more consciously and effectively, incorporating various sensors such as Rainfall, Water Pressure, Ultrasonic Flowmeter, and GPS to pivot irrigation systems. Homogenous Rainfall Irrigation Monitoring Pressure Data of Main Valve and Span End Soil Moisture and Temperature Tonnage Data with Ultrasonic Flowmeter Location Tracking with GPS
Placing Water Pressure Sensors on critical points over the irrigation line, we enable farmers to take prompt action. Real-time water pressure data during active irrigation Setting alarms for predetermined pressure levels Instant intervention to possible pressure problems
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Irrigation optimization is a technique that combines real-time data from soil moisture sensors and weather forecasts to fine-tune water delivery to crops. This approach minimizes water waste, reduces costs, and promotes sustainable practices by supporting efficient use of water resources.
Irrigation optimization solutions use smart irrigation systems and water systems optimization to apply water efficiently based on real-time data. By utilizing water optimization techniques for precision irrigation systems and integrating an irrigation optimization model, these solutions ensure the precise delivery of water. This results in enhanced crop yields, reduced water waste, and improved resource management.
Irrigation optimization in agriculture aims to use water resources efficiently in farming areas. To ensure water is used appropriately according to plant needs, the following steps are essential: Proper placement of irrigation lines: Ensuring that irrigation systems are strategically placed in the field to maximize water distribution. Delivering the correct amount of water: Providing the appropriate water quantity based on the specific needs of the crops, taking into account factors such as weather and soil conditions. Continuous monitoring of irrigation systems: Ensuring that irrigation systems are monitored and maintained effectively to guarantee consistent performance and water efficiency. By optimizing irrigation, farmers can improve crop yield, reduce water waste, and promote sustainable farming practices.
T-Irrigate: Irrigation Optimization is an AI-powered solution that enables farmers to manage irrigation with the right timing and amount of water. This technology simplifies remote irrigation management by providing real-time data, allowing producers to make data-driven decisions on water usage. This unique agricultural technology ensures proper irrigation with the following key features: Next-generation soil moisture sensors installed in the field continuously collect agricultural data from various sources and send it to the AI platform. The collected data is then analyzed using algorithms and AI, transforming raw data into actionable insights. Special focus is placed on water and root-related data, helping to calculate field-specific critical thresholds. Based on the analysis, the optimal irrigation interval is determined for the field, ensuring that irrigation activities are carried out at the most effective levels. By using T-Irrigate, farmers can ensure precise, efficient irrigation, leading to improved crop yield, water conservation, and sustainable farming practices
T-Irrigate operates by integrating an irrigation optimization model with real-time data from sensors and weather forecasts to deliver precise water amounts based on soil, crop, and environmental needs. The system uses advanced sensors to monitor factors like soil moisture, temperature, and humidity. These readings are processed by AI, which predicts the optimal irrigation schedule to ensure plants receive just the right amount of water. The program also adjusts to crop growth stages, soil health, and seasonal shifts, making it a fully adaptable irrigation solution that minimizes waste, supports sustainable water usage, and improves crop yield through smart irrigation technology.
Water Savings: Reduces water use by up to 45% on average. Energy Savings: Cuts electricity consumption by 52%. Smart Irrigation: Uses real-time data and AI for precise, on-demand irrigation. Soil Health: Prevents over-irrigation, protecting soil structure and improving crop growth. Cost Efficiency: Lowers operational costs by optimizing water and energy use. Sustainability: Supports regenerative agriculture by conserving resources and promoting long-term crop productivity
Optimization of irrigation strategies involves using smart irrigation systems to apply water efficiently by evaluating data from soil, weather, and crops. This approach uses an irrigation optimization model to adjust irrigation schedules, ensuring water is applied precisely when needed. By integrating water systems optimization and water optimization techniques for precision irrigation, it helps improve crop health while minimizing water waste and energy consumption.
Water optimization refers to managing water resources through smart irrigation technology to achieve maximum efficiency. This involves using automatic irrigation systems that adjust based on real-time data, ensuring the right amount of water is delivered to crops. Water systems optimization helps reduce waste, lower costs, and support sustainable agricultural practices by ensuring water is used efficiently.
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Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
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In 2021, the farmer carried out the irrigation process based on their own experience. However, during the 2022 season, by following the irrigation thresholds specifically determined for their orchard with T-Irrigate, they achieved significant water and electricity savings.
One of our apple farmers followed the Irrigation Start and Irrigation Cut-Off Levels customized for his orchard. By applying the right amount of irrigation at the right time, he achieved an increase in yield per hectare and a reduction in electricity consumption.
In June 2023, we installed our stations in a corn farmer’s field. Since then, the farmer has followed irrigation plans precisely tailored to their field by our Artificial Intelligence technology. While the region typically employs 12-24 hour irrigation practices, our farmer successfully reduced irrigation times to just 6 hours, all while maintaining soil moisture within the Optimum Irrigation Zone. By adhering to field-specific irrigation thresholds, the farmer achieved a remarkable 50% reduction in water usage and a 70% decrease in electricity consumption.
The farmer employs both sprinkler and pivot irrigation systems throughout his field. Using the sensor data, he observed the following distinctions: In the section where sprinkler irrigation is used, the moisture level stands at 35%, Conversely, in the section with pivot irrigation, the moisture level is at 20%. Importance of Soil Moisture in Potato Farming Pivot Irrigation: Moisture Level %20 Sprinkler Irrigation: Moisture Level %35 Active Root Level 30cm Given that a 20% moisture level is suboptimal for potatoes, it's been decided to adjust the pivot's speed. Previously, irrigations proceeded at 30m/h with set intervals. The pivot speed has now been ramped up to 50m/h for two cycles, leading to a marked enhancement in the root moisture level.
Our pea farmer managed their irrigation from the start of the season to harvest by monitoring it through the stations installed in their field. By following critical irrigation thresholds, they ensured their plants’ needs were met with the right amount of water at the right time.
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