With the development of smart agriculture, the planting industry is becoming increasingly standardized. Agricultural meteorological and environmental monitoring stations are an inevitable choice for current agricultural development, and a suitable environment is the foundation for crop survival. The agricultural meteorological environment monitoring station continuously monitors soil, water and other environmental parameters closely related to vegetation and crop growth, maintains the balance of the agricultural ecosystem, and promotes the sustainable development of agricultural production.

The agricultural meteorological environment monitoring station, also known as the agricultural meteorological station, is designed specifically for small-scale environments in farmland and grassland. It continuously monitors soil, water, and other environmental parameters closely related to vegetation and crop growth. It mainly observes environmental parameters related to agriculture, such as soil temperature/humidity, evaporation, sunshine, photosynthetic efficiency, soil heat flux, net radiation, surface temperature, leaf surface temperature, as well as conventional meteorological elements, providing good support for agricultural research, agricultural production, animal husbandry, etc.

The configuration of agricultural meteorological stations is flexible and easy to install, and installation components can be set according to the on-site environment, which varies according to the height difference of vegetation and does not affect the growth of crops. The system uses wireless communication to transmit data, which can be used independently or in a multi station network. The data is collected, processed, and analyzed uniformly through the central station software. Agricultural production is closely related to meteorology, and a certain combination of light, heat, water, and gas is beneficial for a certain production, forming effective agricultural natural resources; Another different combination is harmful to agricultural production and constitutes a natural disaster in agriculture. Agricultural monitoring meteorological stations can study the spatiotemporal distribution patterns of agricultural natural resources and disasters by monitoring factors such as wind direction, wind speed, air temperature, relative humidity, atmospheric pressure, rainfall, solar radiation, photons, soil temperature, soil humidity, moisture, and leaf surface moisture. This provides services for agricultural zoning and planning, rational crop layout, artificial adjustment of microclimate, and crop cultivation management.

The intelligent agricultural meteorological station is designed specifically for small-scale environments in farmland and grassland, and continuously monitors environmental parameters such as soil and water vapor that are closely related to vegetation and crop growth. It mainly observes environmental parameters related to agriculture, such as soil temperature/humidity, evaporation, sunshine, photosynthetic efficiency, soil heat flux, net radiation, surface temperature, leaf surface temperature, as well as conventional meteorological elements, providing good support for agricultural research, agricultural production, animal husbandry, etc.

The farmland microclimate monitoring system is an advanced agricultural production facility that integrates advanced agricultural technology and computer automatic control technology. It is the material basis for the transformation of modern agricultural technology into industry. It can monitor the climate and soil environmental factors of farmland environment online, combine crop physiological and ecological characteristics, accurately grasp irrigation timing and amount, reduce ineffective irrigation, and save agricultural water.

Functional features:

1. Establish an agricultural disaster warning system to reduce agricultural disaster losses

Real time monitoring of on-site environmental data in farmland. When the farmland environment reaches the set warning value, computer software can play prompt voice and send warning messages to administrators to remind them to take corresponding measures to reduce agricultural disaster losses.

2. Realize precision agriculture management mode

Online monitoring of climate factors and soil physicochemical properties in agricultural production environment, combined with the physiological and ecological characteristics of crops, to accurately grasp the timing and amount of fertilizer application; And the timing and amount of irrigation. Reduce fertilizer application to avoid environmental pollution; Reduce ineffective irrigation and save agricultural water.

3. Realize agricultural automation management

Adopting a farmland microclimate monitoring system to achieve intelligent automated irrigation and remote management mode, reducing the number of management personnel and labor intensity, solving the problem of continuous shortage of agricultural labor, and reducing operating costs.

4. Easy to expand and increase capacity, simple to operate

If users need to increase their scale, they only need to purchase hardware products on the basis of the old system, power on, and log in to the updated webpage to achieve synchronized device updates. The device installation is simple and convenient, maintenance and upgrading are easy, and it is easy to deploy. At the same time, the corresponding software platform adopts a foolproof operation, and ordinary farmers can operate it independently

5. Multiple ways to query and browse data

The system adopts today's advanced WEB browsing technology. In addition to on-site and remote server side query data, it can also log in to the mobile phone's WeChat official account or WEB browsing terminal to query data anytime and anywhere, regardless of the location restrictions