The use of soil temperature and humidity monitoring system in modern agriculture

The use of soil temperature and humidity monitoring system in modern agriculture

The direction of agricultural development today is modern agriculture. The main feature of modern agriculture is agricultural informatization, and agricultural informatization is mainly reflected in the agricultural Internet of Things.

The agricultural Internet of Things technology launched by NIUBOL comprehensively builds the soil temperature and humidity monitoring system and applies cutting -edge information technology to labor production.

During the application of soil temperature and humidity monitoring system, a large number of sensor nodes constitute a monitoring network with different functions. Collecting information through various sensors can help farmers find problems in time and accurately capture the position of the problem.

In this way, agriculture has gradually shifted from manpower -centric and relied on isolation machinery to shift to information and software -centered production models, so as to use various automation, intelligence, and remote control production equipment to promote agriculture The transformation of the development method.

Related data shows that agricultural irrigation is a large water use. For a long time, due to the backward technology and management level, the waste of irrigation water is very serious. The utilization rate of agricultural irrigation water is only 40%. If the temperature and humidity information of the soil is monitored, the timing of irrigation and water consumption in real time can effectively improve the efficiency of water usage. The temperature and humidity of the soil is not only consumed, but also not only real -time monitoring.

Niubol Agricultural Internet of Things combines the application of soil temperature and humidity monitoring platform and the application of the Internet of Things control technology, so that the monitoring and management of agricultural planting is no longer limited by time and space. According to the detailed data collected by the micro -transmission device of the greenhouse or other planting areas, click on the mobile phone screen. Targeted remote control water -saving irrigation, fertilization, carbon dioxide, pump pump, fan and other field facilities.

All in all, the continuous online monitoring of soil temperature and humidity, and the automated control of farmland water -saving irrigation, which not only improves irrigation water conservancy rates, alleviates the increasingly tense contradictions of water resources, but also provides a good growth environment for crop growth.