Precision Meteorological Monitoring for Greenhouse Agriculture: FT-NQ8 Agricultural Meteorological Station Solution

Greenhouse agriculture, by creating artificially enclosed environments and regulating conditions such as irrigation, temperature, and light, has significantly enhanced crop yield and quality, becoming a vital pillar for ensuring stable agricultural product supply. Precisely due to this, it is highly sensitive to meteorological conditions. Meteorological factors such as temperature, humidity, wind speed, and light directly govern crop growth. Excessively high or low temperatures inside the greenhouse can hinder crop metabolism and affect their developmental progress; excessive humidity promotes mold growth and triggers plant diseases and insect pests; wind speed influences air circulation and heat exchange within the greenhouse; while the duration and intensity of light are critical to crop photosynthesis, profoundly impacting yield and quality.

Meanwhile, the relatively enclosed environment of greenhouses makes them vulnerable to extreme weather events. Disasters such as typhoons, heavy rains, and heatwaves can destroy greenhouse infrastructure and damage crops. Therefore, accurate mastery of meteorological information is of paramount importance for greenhouse agriculture. It not only enables growers to monitor real-time climate changes inside and outside the greenhouse, facilitating timely ventilation, irrigation, and shading to create microenvironments suitable for crop growth, but also provides early warnings of extreme weather, allowing proactive protective measures to mitigate losses.

The FT-NQ8 Agricultural Meteorological Station is a highly integrated, low-power solution designed for easy installation in complex field environments, enabling precise monitoring of multiple meteorological parameters. The station comprises meteorological sensors, a data collector, a solar power supply system, an upright pole bracket, and a cloud platform.

Meteorological Sensors: Continuously monitor key parameters including wind speed, wind direction, air humidity, temperature, atmospheric pressure, rainfall, soil temperature, and soil humidity in real time.

Low-Power Collector: Features a static power consumption of <50μA, standard GPRS networking, and supports Bluetooth/wired transmission extensions for efficient, stable data transfer.

User Interface: Equipped with a 7-inch Android touchscreen for intuitive operation, supporting Modbus485 sensor expansion and diverse functional capabilities.

Structural Components:

3m Carbon Steel Bracket: Durable two-section threaded design for quick, tool-free installation.

Stainless Steel Protective Box: Corrosion-resistant and oxidation-resistant for long-term outdoor use.

Cloud Platform: Enables real-time data upload and storage, allowing users to access and analyze meteorological trends anytime via mobile devices or computers.