It's not just about visualizing the soil; it automatically waters according to the crops' needs. An AI irrigation and fertilization robot for "high yield, high quality, and labor saving."
Zero Agri is an automatic irrigation and fertilization robot powered by AI (artificial intelligence). It is designed for nutrient solution soil cultivation in greenhouses and is effective in improving the yield and quality of fruit vegetables such as tomatoes. **Five Points for Solving Farmers' Challenges** 1. Irrigation and fertilization take a lot of time and are cumbersome. → Automation starts from considering high-precision irrigation and fertilization, reducing time. 2. Crop quality and yield are unstable. → High-precision irrigation with less water stress improves yield and quality. 3. Relying solely on experience and intuition for irrigation and fertilization is concerning. → Environmental information and supply amounts are visible in numerical form, enabling data-driven cultivation and reflection. 4. It is tedious to go to the field every day to set irrigation. → Soil moisture and liquid fertilizer settings can be easily adjusted remotely from a smartphone. 5. Being overwhelmed with work leaves no time for management. → By entrusting irrigation and fertilization to Zero Agri, management can be streamlined. **How Zero Agri Works** The AI integrated into Zero Agri calculates the amount of moisture the crops need based on forecast solar radiation and data collected from soil sensors, automatically supplying it through drip tubes. **Differences from Other Automatic Irrigation Devices** By considering the necessary moisture for crops from the perspectives of "solar radiation and soil," it significantly reduces water stress on crops and the workload for producers compared to other devices.
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basic information
<Basic Functions> - Automatic irrigation function - Automatic fertilization function - Measurement and acquisition of various information (soil moisture, EC value, soil temperature, forecast solar radiation, weather) - Environmental data monitoring via PC and smartphone - Remote control of soil moisture and nitrogen concentration - Download of various data <Recommended Functions Based on Issues> - Alert and report function via LINE - Rapid adjustment function for irrigation - Control function for extreme heat measures - Automatic adjustment function for fertilization amount
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P5
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Applications/Examples of results
<Case Studies / Effect Examples> - 90% reduction in irrigation and fertilization work - 20% improvement in yield and quality - 80% reduction in fertilizer use <The Only Patent in the Industry> Irrigation and fertilization controlled by both forecast solar radiation and soil moisture is a unique strength that has no equivalent. <Over 270 Units Installed> With over 270 reliable installations across the country, including Kyushu, where facility cultivation is active, and from Hokkaido to Okinawa. <Effective Demonstrations at Universities and Local Governments> Demonstration results for labor-saving, yield, and quality improvement in fruit and vegetable crops have been obtained through research at Meiji University and local governments.
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Company information
Our company is an agritech venture that entered the agricultural market in 2010, based on the M2M technology (a system where interconnected machines communicate and function together) that we have cultivated since our founding in 2005. With the concept of "A Holiday for Agriculture!", we developed "Zero Agri" in collaboration with Meiji University, which substitutes the most experience- and intuition-dependent tasks in agriculture—"watering and fertilizing"—with ICT and AI technologies. We aim to promote "Zero Agri" as a system that can be used by any producer, the main player in agriculture, to increase crop yields, stabilize quality, and reduce labor, while also addressing water scarcity and environmental issues caused by excessive fertilization, creating an ecosystem that resolves these challenges.
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