Modern agricultural IoT remote monitoring system technical characteristics

(1) Agricultural Internet of Things monitoring function system

According to the real-time growth environment information of plants obtained by wireless network, such as soil moisture, soil temperature, air temperature, air humidity, light intensity, plant nutrient content and other parameters can be monitored through various types of sensors. Other parameters are also optional, such as PH value in the soil, conductivity, etc.

Agricultural IOT monitoring system is responsible for receiving data from wireless sensing convergence nodes, storage, display and data management, realizing the acquisition, management, dynamic display and analysis of all base test point information in the form of intuitive charts and curves to the user, and according to the feedback of the above types of information to the agricultural park for automatic irrigation, automatic cooling, automatic mold roll, automatic liquid fertilizer fertilization, automatic (2) Real-time image and video monitoring

(2) Real-time image and video monitoring function

The basic concept of agricultural Internet of Things is to realize the relationship network between crops and environment, soil and fertility in agriculture, and to realize the suitable growth environment conditioning and fertilization management of crops through multi-dimensional information and multi-level processing. However, for those who manage agricultural production, the numerical object-to-electron relationship alone cannot fully create the right growing conditions for crops. Video and image monitoring provide a more intuitive way to express the connection between things.

For example: which land is short of water, on the IoT single layer of data can only see the moisture data is low. The level of irrigation should not be rigidly based on this data alone to make decisions. Because of the unevenness of the agricultural production environment determines the inherent disadvantages of agricultural information access, and it is difficult to break through from purely technical means.

The reference of video monitoring intuitively reflects the real-time status of crop production. The introduction of video images and image processing can visually reflect the growth and growth of some crops as well as side-by-side the overall state of crop growth and nutrition level. It can provide farmers with a more scientific theoretical basis for planting decisions on the whole.

The main monitoring parameters of modern agricultural IOT remote monitoring system:

Measurement index: temperature; humidity; light intensity; photosynthetic effective radiation; CO2; soil temperature; soil moisture; soil PH value; conductivity (salt); air pressure; wind direction; wind speed; rainfall, etc. (You can choose at will according to your own requirements)