Automatic Soil Monitoring System is a modern device widely applied in multiple fields such as soil moisture monitoring, scientific experiments, water-saving irrigation, greenhouse cultivation, flower and vegetable production, rapid soil testing in grasslands and pastures, plant cultivation, sewage treatment, and precision agriculture. This monitoring station mainly collects the soil temperature and moisture at monitoring points, and the data is automatically uploaded and analyzed through the cloud platform to understand the soil conditions at the on-site collection points. It supports various wireless communication methods, including the commonly used 4G network, as well as Ethernet, Beidou, and other communication means, ensuring the real-time transmission of data. The monitoring station has strong compatibility and can be compatible with various types of soil temperature and humidity sensors, soil EC sensors, soil pH sensors, etc., adapting to different monitoring requirements.
When the soil temperature, moisture and other data exceed the preset alarm thresholds, the monitoring station has an alarm function and can actively send an alarm to the center to promptly remind managers to take measures. The monitoring station also has a linkage function and can automatically link with water pumps, valves and other equipment according to soil information to achieve intelligent irrigation management. The monitoring system software can query various historical records. The front-end monitoring equipment has a large-capacity data storage function, and the monitoring center database can record all historical data to ensure the integrity and traceability of the data. The video monitoring function enables users to view the on-site pictures in real time through mobile phones and computers and supports regional intrusion alarms. GPS positioning can be optionally equipped, allowing the current position of the device to be displayed on the map, facilitating users to quickly locate the monitoring stations.
Automatic Soil Monitoring System also has a remote registration function, registering the real-time data of stations through the platform, making it convenient for relevant departments to timely control the status of monitoring stations. The multi-level reporting function that meets the management needs of multiple levels such as provinces, cities, and counties enables the monitoring station to adapt to different levels of management architectures. It is convenient to maintain, with the ability to remotely set working parameters and upgrade programs, reducing maintenance costs and difficulties. The worry-free power supply function supporting the dual power supply system of solar energy and storage batteries ensures the stable operation of the monitoring station in various environments, and the long standby time ensures long-term continuous monitoring.
Automatic Soil Monitoring System, through real-time monitoring and data analysis, not only improves the efficiency of agricultural production and the quality of crops but also helps to save water resources and protect the soil environment, serving as an important technical support for the realization of agricultural modernization and sustainable development.
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