Agricultural Internet of Things New Technology

Agricultural Internet of Things New Technology

Agriculture has a history of tens of thousands of years, and no industry has a history longer than that of agriculture. Therefore, in the eyes of the world, agriculture is a very traditional industry, far from the words "modern" and "high-tech". Modern agriculture is gradually changing the world's traditional impression of agriculture. Today we will introduce the application and promotion of the Agricultural Internet of Things. The Agricultural Internet of Things is a multi-functional and intelligent organic combination system. It is an intelligent application that integrates computer technology, network technology, intelligent perception technology and other technologies. Through the organic combination of the on-site data collection results of the production base and the on-site real-time video, the on-site crop growth and various technical indicators can be quickly and accurately judged, and unified management through the management platform. Shading, sprinkler irrigation, thermal insulation, ventilation and other measures to ensure the growing environment of crops. The Agricultural Internet of Things plays an important leading role in the development of agricultural informatization, and provides a guarantee for crop growth monitoring and food safety traceability.

The agricultural Internet of Things can realize 24-hour real-time monitoring of the environment and save data, and can realize scientific and reasonable fertilization, sprinkler irrigation, and weeding, thereby greatly reducing production costs. In the application of the agricultural Internet of Things, a large number of sensor nodes are generally formed into a monitoring network, and information is collected through various sensors to help farmers find problems in time and accurately determine the location of the problem, so as to achieve automation, intelligence, and remote control. agricultural production management purposes. Among them, sensors (temperature sensor, humidity sensor, PH value sensor, illuminance sensor, CO2 sensor) are the key components of the agricultural Internet of Things.

For example, in hot summer, based on the information provided by the light intensity sensor, the user will be provided with shading advice (if there is a shading device); or the water supply will be realized through the humidity sensor: when the soil moisture is insufficient, the irrigation system, such as drip irrigation or underground, will be activated. methods to reduce evaporation and increase soil moisture content to ensure good crop growth.

Intelligence, precision and efficiency are the characteristics of the agricultural Internet of Things system. Through this agricultural Internet of Things system, it can not only greatly save the working time of the staff in the park, promote the growth of crops in the park, but also enable the governments at all levels, agricultural departments and planters. Real-time and reliable information exchange and sharing between parties can provide data support for the government to better formulate relevant policies, and promote the coordinated, orderly and healthy development of the entire agricultural planting, production, and market.