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In recent years, with the development of economy and technology, more and more growers have begun to use agricultural iot monitoring systems to guide agricultural production, thus improving the yield and quality of agricultural products. The system is a solution proposed by Dabang Agricultural Science and Technology co., Ltd. to improve the production efficiency of modern intensive agriculture and realize fine, all-round and intelligent management. Its role lies in the use of advanced technology and modern facilities to artificially control the environmental conditions of crop growth, so that crop growth is not affected by the natural climate, can be year-round industrialization, high production efficiency, high output value, high efficiency.
Agricultural Internet of Things monitoring system can accurately and real-time obtain the environmental information of crop growth, and obtain the influence rule of environmental change on crop growth through analysis, to provide a comprehensive reference for scientific research, realize the refined operation of agriculture, and meet the needs of modern agricultural informatization and intelligence.
Agricultural Iot monitoring system is a series of operations such as irrigation, fertilization, spraying, cooling and light filling that are automatically monitored after analyzing the collected data. The two-level distributed computer control network is composed of the central control cabinet and the multi-node data collector, which has the characteristics of decentralized collection and centralized operation and management. The system configuration can be flexibly increased or decreased according to the needs. Temperature, humidity, illumination and other environmental parameters are collected by sensors and transmitted to each node in real time, so that each node can communicate with the upper computer. The collected environmental parameter values can be displayed on the computer software interface, and the data can be set, stored and alarm, so that the staff can accurately grasp environmental changes anytime and anywhere, and scientific management of agricultural production.
