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At the upper united states vegetable plant, located in the town of li kogung, gyuzhou city, an intelligent “plant tower” has subverted traditional cultivation patterns。
On 4 september, journalists entered the production workshop at the u. S. Valley plant, where more than 10 metres of up-and-a-half-meter-high planting racks were set up, and glazes of blues, butter and lettuce, etc., were flourishing in standardized growth boxes。
Wang zedqin, manager of the upper u. S. Valley plant plant, described the plant as the country's first million-class automated micromodule plant with modular vertical planting, integration of intelligent ring control systems, nutrition distribution systems, micromodule systems and automated robotic systems。
Intelligence and automation are at the heart of this plant. In the production workshops, various robotic units operate on their own and in concert, replacing the manual core planting process。
The “up and down” delivery of various types of vegetables is carried by a high robot whose flat body is accompanied by a high shelf, with several panels, each of which sets down a growth box. At work, the robots carry the growth box to a precise position along the given orbit. Its “working partner” involuntarily travels flexibly on the ground, efficiently completing the handling and flow of growth boxes。
Each growth box has a unique two-dimensional code, equivalent to a “identity card” for vegetable crops, to achieve a process-retroactive control. “when we're on mission from the system, robots scan 2-dimensional codes, so that they can identify exactly where each crop box is planted, where it needs to grow, and where it's set. “the entire production line requires only four or five staff members to support it, and most of the production is done by robots, which significantly improves production efficiency.”
Vegetables “up the stairs” will be provided with customized light and nutrition. “multispectral regulation systems can regulate light sources according to the growth habits of different vegetables, e. G. Lettuce can be nurtured with blue light to raise the tenderness of the mouth; kale can be combined with purple light, which can effectively increase the plume content. Accompanying water fertilisation robots can monitor nutrient concentrations, acid alkalinity, smart matching, precision fertilization, and always maintain the optimal nutrient absorption environment for crops.” yan once said。
Smart cultivation not only improves the quality of vegetables but also saves significant resources. It is known that, through the introduction of stereo-planting layouts, the upper ucca valley plant saved 80 per cent of the arable land area. The water saving rate is 99 per cent compared to traditional cropland and 90 per cent compared to recycling or shed cultivation。
At present, the upper central valley plant has successfully tested over 100 crops, accumulates and refines standardized planting processes for all types of crops, and builds a well-developed database of intelligent agriculture. In addition to vegetables, which are common to people's dining tables, factories have introduced higher-value-added chinese herbs and edible flowers, such as ginseng, which enrich the variety of crops and increase the value of the industry。
Wang zedqin told journalists that the factory currently produces 900 kg of fresh vegetables on a daily basis and has been established in high-end businesses such as qingdao haishin square. In the future, the plant will build a model base for integrated and intelligent agriculture, building on the external opening advantages of the upper union model zone, and will actively expand domestic and foreign markets to export mature and sophisticated smart agricultural solutions while furthering local markets。
Chen hang
