Agricultural IOT builds new digital agriculture and creates high-standard farmland

Agricultural Internet of Things(IOT) builds new digital agriculture and creates high-standard farmland

Combined with the integration of modern science and technology into modern agricultural development projects, the intelligent water and fertilizer integration project is adopted, and various front-end sensors are used to collect crop growth and surrounding environmental parameters in real time. It is recommended to send an alarm to the user; remotely and accurately irrigate crops by driving the irrigation controller to achieve scientific and reasonable agricultural irrigation management, and achieve the goals of saving water, fertilizer, labor, and improving quality and efficiency.

Relying on core key technologies such as the Internet of Things and engineering, it forms the brain nerve center of agriculture, and conducts comprehensive data control of agricultural development. It can grasp the distribution of agricultural production, agricultural production process, monitoring of diseases and insect pests, management experience, soil moisture and quality traceability in real time and intuitively. It provides an intuitive basis for agricultural departments to grasp the actual situation, scientific decision-making, and work scheduling. Through the establishment of a new digital agricultural comprehensive service system, we will lead the transformation of new digital agricultural production methods, and promote agricultural industrialization, scale, and modernization.

The digital agricultural visualization big data platform relies on various sensing nodes (environmental temperature and humidity, soil moisture, carbon dioxide, images, etc.) and wireless communication networks deployed in agricultural production sites to complete the collection, transmission, storage, processing and other links of agricultural big data. data management. Combined with big data analysis and mining technology, intelligent perception, intelligent early warning, intelligent decision-making and intelligent analysis of agricultural production environment are finally realized.

Introduction to digital agriculture visualization big data platform system:

This system can simulate basic ecological environment factors, such as temperature, humidity, light, air pressure, solar ultraviolet, soil temperature and humidity, CO2 concentration, etc., to meet the needs of different plant growth and reproduction. It is composed of intelligent monitoring units, according to preset parameters , Accurately measure the climate and soil parameters of the greenhouse, and use manual and automatic two methods to start or close different execution structures, control the environmental control equipment such as roll film, fan wet curtain, biological supplementary light, irrigation and fertilization, and automatically regulate the greenhouse. The internal environment can reach the range suitable for plant growth and provide the best environment for plant growth.

The use of this system can make the greenhouse run in an economical and energy-saving state, realize the unattended automatic operation of the greenhouse, reduce the energy consumption and operation cost of the greenhouse, provide an ideal growth environment for plants, and reduce the labor intensity of people. , Improve equipment utilization, improve greenhouse climate, reduce pests and diseases, increase crop yield, etc.