Brief Introduction of Agricultural Environmental Monitoring System ：                          

Agricultural environment monitoring system is a comprehensive small automatic meteorological monitoring system designed for real-time monitoring of agricultural ecological environment, environmental monitoring related to agricultural production activities, farmland meteorological environment regulation and other needs. It can continuously monitor and collect information on soil, moisture, light, heat and other agrometeorological environmental factors closely related to vegetation and crop growth, comprehensively monitor crop growth status and farmland soil moisture, and timely grasp the field growth. When the field growth is limited due to these factors, users can quickly respond and take emergency preventive measures. So as to provide corresponding scientific data and decision-making basis for agricultural production, agricultural environment research, crop improvement, crop phenology monitoring, pest control and other related production management work. It can be widely used in agricultural production, scientific research and standard measurement.  

Typical applications of agricultural environmental monitoring system:

Field climate scientific research, agrometeorological forecasting service, agricultural disaster early warning service, livestock breeding environment early warning service, characteristic crop meteorological monitoring, farmland microclimate monitoring system

Features of agricultural environmental monitoring system:  

Diversified sensing intervention, zero distance growth state, high-precision data presentation, IoT mode expansion, low energy consumption solar mode, multi-mode communication guarantee, multi-type display release, big data monitoring platform

System composition of agricultural environmental monitoring system:  

The farmland environment automatic monitoring station consists of seven major parts, namely, monitoring platform, acquisition system, communication system, sensor system, power supply system, live monitoring system, and mechanical installation system. It can simultaneously measure various meteorological environment elements such as air temperature and humidity, wind direction, wind speed, rainfall, soil temperature, soil moisture, light intensity, atmospheric pressure, etc., combined with live observation and LED display. With an open and friendly design concept, users can change the elements, components and module coordination by themselves, which can quickly realize the change and expansion of data acquisition and processing methods and observation elements.  

Functional characteristics of agricultural environmental monitoring system:  

1. Collector: It adopts industrial grade processing chip with ABS shell, which is light, solid and beautiful. With full dot matrix LCD display, it can complete graphic display or Chinese character display (optional 7-inch LCD screen), suitable for various harsh environments.  

2. Storage expansion function.  

3. Sensors: ambient temperature, humidity, wind speed, wind direction, air pressure, soil temperature, soil humidity sensor, soil PH, soil salinity, rainfall sensor, total radiation sensor, carbon dioxide, sunshine hours, evaporation, dew point temperature, surface temperature, photosynthetic effective radiation, leaf surface temperature sensor Various meteorological element sensors such as leaf surface humidity sensor (optional according to demand).  

4. Support: the surface of the main pole is treated by hot galvanizing and electrostatic spraying, with strong corrosion resistance. The height of the main pole is 3m.  

5. Power consumption: 3-5 W, working environment temperature: - 50~+80 ℃, working relative humidity: 0~100% RH

6. Reliability: maintenance free, salt spray proof, dust proof

7. 1 set of data monitoring platform:

Data query function: support the query, export and print functions of various real-time data and historical data in any time period.  

Data statistics function: support single element statistics function: statistics of single element MAX value, MIN value and average value can be carried out by year, month, day, hour, 10 minutes or any time period.  

Data chart function: real-time all-weather receiving data can form real-time curves, and can be presented in column chart, pie chart and other intuitive ways.

Technical parameters of agricultural environmental monitoring system: