AgTech
Smart Irrigation on Agnomy
Soil moisture sensors, smart controllers, and evapotranspiration-based scheduling that water crops only when needed, cutting water use while keeping the root zone at the right moisture level.
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Smart Irrigation Systems
Smart irrigation systems optimize water usage through automation and real-time data, improving efficiency and sustainability for agricultural operations.
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Soil Probes
Soil probe sale, lease, and installation services to monitor soil moisture and improve irrigation decision-making.
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Ag Automation
Ag automation services enhance farming efficiency by utilizing precision technology, automated irrigation, smart harvesting, robotics, and data-driven management to optimize productivity and reduce labor costs.
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Frequently asked
Answers for growers
What growers ask before they book on Agnomy.
How does smart irrigation work?
Smart irrigation uses sensors and weather data to decide when and how much to water instead of running on a fixed timer. Soil moisture sensors track moisture in the root zone, while ET controllers adjust schedules from local evapotranspiration data. The system waters only when the crop needs it, which saves water and protects yield.What is ET-based irrigation scheduling?
ET-based scheduling sets watering from evapotranspiration, the combined water lost from soil evaporation and plant transpiration. Controllers pull local weather data to estimate daily crop water use and replace just that amount. This keeps the root zone supplied without overwatering and adapts automatically as weather changes.How much water can smart irrigation save?
Smart irrigation can cut outdoor water use by roughly 20 to 50 percent compared with fixed schedules, depending on crop, soil, and how the system was managed before. Savings come from avoiding watering after rain and matching applications to actual crop demand. Lower water use also reduces pumping energy costs.Where should soil moisture sensors be placed?
Soil moisture sensors should sit in the active root zone, in a representative spot away from edges, emitters, and unusual soil. Many growers install sensors at two or three depths to track how water moves through the profile. Correct placement and calibration are what make the readings useful for scheduling.
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Smart Irrigation
