Definition
● Smart agriculture applies Internet of Things technology, cloud computing, sensors, etc. to the entire process of agricultural production and operation. It utilizes perception sensors, intelligent control terminals, Internet of Things cloud platforms, etc., and uses mobile phones or computer platforms as windows to control agricultural production.
● It constructs an integrated system for agriculture from planting, growth, picking, processing, logistics transportation, and consumption through informatization The intelligent management method has changed the traditional agricultural production and operation mode. Online monitoring, precise control, scientific decision-making and intelligent management are not only reflected in the production and planting process of agricultural products, but also gradually cover agricultural e-commerce, traceability of agricultural products, Hobby farm, agricultural information services, etc.
Solution
At present, intelligent agricultural solutions that have been widely applied include: intelligent greenhouse control systems, intelligent constant pressure irrigation systems, field agricultural irrigation systems, water source intelligent water supply systems, integrated water and fertilizer control, soil moisture monitoring, meteorological environment monitoring systems, agricultural product traceability systems, etc. Sensors, control terminals, cloud platforms, and other equipment are used to replace manual labor, and 24-hour online supervision is carried out.
Development Significance
Effectively improving the agricultural ecological environment. By accurately applying the required ingredients to the soil pH value, temperature and humidity, light intensity, soil moisture, water soluble oxygen content, and other parameters, combined with the characteristics of planting/breeding varieties, and in conjunction with the environmental status of the production unit and the surrounding ecological environment, we ensure that the ecological environment of agricultural production is within an acceptable range and avoid excessive use. Gradually improve the ecological environment of production units such as farmland, greenhouses, aquaculture farms, mushroom houses, and aquatic bases, and alleviate the deterioration of agricultural ecological environment.
Improve the efficiency of agricultural production and operation. Including two aspects, one is to improve yield and quality by precisely controlling the growth of agricultural products; On the other hand, with the help of intelligent control terminals in the agricultural Internet of Things, real-time monitoring is carried out based on precise agricultural sensors. Through multi-level analysis using cloud computing, data mining, and other technologies, agricultural production and management are completed in a coordinated manner, replacing manual labor. One person can complete the labor volume required for traditional agriculture with ten or hundreds of people, solving the problem of increasing labor shortage and developing towards large-scale, intensive, and industrialized agricultural production.
Transform the structure of agricultural producers, consumers, and organizational systems. Use modern network communication methods to change agricultural knowledge learning, agricultural product supply and demand information acquisition, agricultural product logistics/supply and marketing, Crop insurance and other ways, no longer rely on farmers' personal experience to grow agriculture, and gradually improve the scientific and technological content of agriculture.
IESPTECH products include industrial embedded SBCs, industrial compact computers, industrial panel PCs, and industrial displays, which can provide hardware platform support for Smart Agriculture.
Post time: Jun-15-2023
