At present, China's agriculture is in a period of transition from traditional agriculture to modern agriculture. The agricultural IOT will play a unique and important role and provide an unprecedented opportunity for the development of modern agriculture. The use of intelligent information management technology to develop modern agriculture has become one of the hot topics in agricultural development in all developed countries.
Agricultural Internet of Things technology has completely subverted the traditional farming methods
Farming can not do without watering, fertilizing, fighting drugs, peasants planting experience, by feeling, they turned their heads toward the loess in the fields farming, and these experiences and methods from generation to generation, but now the fruits and vegetables should not The watering, fertilization, fight drugs, how to maintain accurate concentration, temperature, humidity, light, CO2 concentration, how to implement on-demand supply? These past issues of "fuzzy" handling by experience in different growth cycles of crops have begun to carry out real-time quantitative "accurate" checks before the Agricultural Internet of Things. The emergence of the "farming" model created by the Internet of Things has become a new type of agricultural model that breaks the drawbacks of traditional agriculture. This wisdom storm opened up through IoT technology has enabled agriculture to achieve its goal of "measurable environment, controlled production, and traceable quality." Ensure the quality and safety of agricultural products and lead the development of modern agriculture.
What is the Agricultural Internet of Things
Agricultural Internet of things, namely the greenhouse control system, the use of Internet of things system temperature sensor, humidity sensor, Ph value sensor, light sensor, CO2 sensor and other equipment to detect the environment temperature, relative humidity, Ph value, light intensity, soil Nutrients, CO2 concentration and other physical parameters, real-time display through a variety of instruments or as a parameter of automatic control involved in the automatic control, to ensure that crops have a good, suitable growth environment. The realization of remote control enables growers to monitor and control the environment of many greenhouses in the office. Using wireless network to measure the optimal conditions for crop growth can provide a scientific basis for precise greenhouse regulation, increase production, improve quality, adjust the growth cycle, and improve economic efficiency.
Internet of Things three major systems of agriculture
(I) Intelligent Expert System of Agricultural Experts Taking the development and utilization of intelligent expert system as the guide, the agricultural experts' intelligent system is analyzed and judged on environmental data such as climate, soil and water quality. The distribution of industrial parks is planned systematically and the varieties of agricultural products are rationally selected and the ecological rotation guided scientifically.
(II) The IoT Control System for Agricultural Production Based on the Internet of Things technology, real-time monitoring of the production environment is carried out by collecting information such as light, temperature, humidity and other parameters of agricultural production sites and the growth status of agricultural products through various wireless sensors in real time. The collected parameters and information are digitized and transformed, and the network platform is aggregated and integrated in real time. Agricultural expert intelligent system is used to carry out timing, quantification and positioning of cloud computing processing in accordance with the requirements of various indexes for the growth of agricultural products, to timely and precisely control the designated agricultural equipment Automatically open or close, to achieve intelligent and automated agricultural production process.
(III) Traceability of Organic Agricultural Products Safety The system builds the safety traceability system of organic agricultural products by adding RFID electronic tags to agricultural products or freight packaging in the production process and continuously adding and updating information in such fields as transportation, storage and sales. The system of traceability of organic products strengthens the data sharing and transparent management in the whole process of agricultural production, processing, transportation and sales so that the whole process of agricultural products can be traced back, the management efficiency of agricultural production has been improved, the brand building of agricultural products has been promoted, the value of agricultural products Added value.
Internet of Things future development trend of agriculture
In the future agricultural production, the application of agricultural internet of things system will be more extensive. Farmers see the benefits brought by the application of advanced technologies and will take the initiative to choose an intelligent system suitable for their own agricultural production so as to increase the output of agricultural products and increase profits.
Data processing system more accurate and intelligent In the future of agricultural data processing, with the cloud computing technology continues to mature, agricultural data more accurate, safe and intelligent. Agricultural data processing system will take the initiative to analyze the most suitable for planting the local varieties, and the advantages of various varieties for farmers to choose.
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