The Integrated Four-Parameter Monitoring System integrates seedling condition, soil moisture status, pest and disease conditions, and disaster risks into a unified platform. By leveraging high-definition image recognition, sensor-based data acquisition, intelligent early warning systems, and multi-source information fusion, the system enables dynamic monitoring of the entire agricultural production process and facilitates disaster prevention and control, thereby enhancing precision management capabilities.

Performance Features

① Monitorable parameters: pest status analysis, wind speed, wind direction, solar radiation, air temperature, air humidity, rainfall, atmospheric pressure, soil temperature, soil moisture, soil pH value, soil electrical conductivity, and soil nitrogen, phosphorus, and potassium levels. The system is equipped with an integrated data collection and transmission module to ensure overall system stability, with parameters customizable according to customer requirements.

② Storage Function: Meteorological measurement parameters are stored every five minutes; the device can store ≥100,000 data records, with data being permanently archived. The system features report export functionality to transfer the data to a computer or an IoT software platform, and is equipped with dedicated information processing hardware for data processing.

③ Positioning functionality: Supports built-in positioning capabilities such as GPS, BeiDou, or GPRS; enables users to view the device's current location and serial number on a map, as well as its online status.

④ Data Collection: Enables automatic remote data transmission; supports access to the Internet via 3G/4G/5G/Wi-Fi/wireless wired networks or bridge connections; supports the MQTT protocol; allows monitoring data to be transmitted to a software platform or data center.

⑤ Image Upload: The collected insect images are automatically uploaded to the monitoring system software; the software automatically records the image data acquired during each time interval, ensuring that the insect specimens captured in each interval are not confused with those from other intervals.

⑥ Imaging System: Non-deformative imaging with consistent clarity across the entire field of view; the automatic photography interval can be manually configured based on the amount and density of collected insect dust.

Technical Specifications