Agricultural IoT: Irrigation and Fertilization Automation System
Immediately usable! On-site IoT Cloud
This is a cloud-based irrigation and fertilization automation system that combines environmental sensors and IoT systems. By automating agricultural tasks and sensing the outdoor environment and the environment inside agricultural houses, it creates cultivation know-how that leads to quality stabilization, improves agricultural income, passes down cultivation techniques, fosters new farmers, and promotes regional development through the resolution of idle farmland. This system is based on a full-fledged IoT system with remote control functionality, enabling not only data collection but also the operation and control of irrigation and fertilization equipment triggered by the acquired data. ▶▶▶ For more details, please download the PDF ◀◀◀
basic information
【Equipment Configuration】 1. Environmental Sensor 2. Flow Meter 3. Sensor Control Device 4. Controller 5. Router * The controller, router, and sensor control device are loaned items. They must be returned after the contract ends. * Client devices (PCs, smartphones, tablets) should be provided by the users. * Irrigation equipment (water storage tank, pumping equipment, drip tubes, etc.) should be provided by the users.
Price information
We will provide individual estimates. If you would like customization to suit the specific application at the site, please consult with us.
Delivery Time
Model number/Brand name
M2MSTREAM
Applications/Examples of results
【Purpose / Benefits of Introduction】 ■ By analyzing the correlation between environmental data and irrigation/fertilization history data, it becomes possible to reduce costs by optimizing cultivation plans. ■ Adjusting irrigation and fertilization allows for the adjustment of growth periods and shipping times, enabling stable harvesting and shipping. ■ By remote controlling and automating irrigation and fertilization tasks and management operations, it becomes possible to reduce the workload. ■ Accumulating data makes it easier to meet traceability requirements that demand guarantees of agricultural product quality and production conditions (such as pesticide and fertilizer usage).
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