Real-time Data Acquisition and Remote Management of Agricultural Environment Monitoring System in Facility Agriculture

Agricultural Environment Monitoring System is a professional device developed for greenhouse and similar scenarios. It integrates meteorological sensors, a data logger, a solar power system, a pole support, and a cloud platform. It can monitor air temperature and humidity, light intensity, CO₂ concentration, and soil parameters in real time, and is widely used in agriculture, forestry, and horticulture.

Agricultural Environment Monitoring System is a highly integrated, low-power, quick-installation, and easy-to-use high-precision meteorological observation device for field monitoring. The device consists of five parts: a meteorological sensor, a data logger, a solar power system, a pole support, and a cloud platform. It requires no debugging, can be quickly deployed, and is widely used in meteorology, agriculture, forestry, and scientific research. Agricultural Environment Monitoring System can be widely used in agriculture, forestry, and horticulture to monitor and manage locations requiring greenhouse environments, providing timely scientific data for the healthy growth of crops and timely adjustments to cultivation and management measures.

Agricultural Environment Monitoring System is a professional device specifically developed for environmental monitoring in greenhouses and similar environments. This type of product innovatively integrates greenhouse environmental monitoring elements into a single structure, supporting 4G wireless transmission or LoRa short-range wireless communication. A single structure can measure multiple parameters within the greenhouse, including temperature, humidity, light intensity, CO₂ concentration, soil temperature, and soil moisture. Installation is flexible, with options for sleeve-type or hanging-type installations to suit different greenhouse structures.

Regarding data transmission and management, Agricultural Environment Monitoring System supports transmitting monitoring data to a management cloud platform via 4G communication. Users can view and export all collected data and charts on a computer webpage and a mobile app. Users can set upper and lower limits for warning values based on local conditions; the platform automatically pushes warning notifications when data reaches the warning value. The system can automatically generate trend curves for each parameter based on historical data and supports exporting data for a specific time period or one or more parameters in Excel, PDF, and CSV formats.

In terms of power supply, Agricultural Environment Monitoring System uses solar power, ensuring long-term stable operation. The equipment features a low-power design with a built-in lead-acid battery. The device supports customizable data collection and upload intervals, which can be flexibly set according to monitoring needs in different time periods. Cloud storage provides sufficient capacity for permanent data preservation, supporting the visualization of plot data, planting batch data, agricultural records, real-time sensor data, and early warning status. By monitoring greenhouse internal environmental parameters in real time, Agricultural Environment Monitoring System helps agricultural workers understand greenhouse production trends and patterns, optimize greenhouse management strategies, adjust irrigation and fertilization plans, and improve crop growth quality and yield.