Production-line type plant factory implementation method based on plant growth characteristics and rhythm

Abstract

The invention relates to a production-line type plant factory implementation method based on plant growth characteristics and rhythm. The implementation method comprises the following steps: S01, obtaining parameters of growth characteristics and rhythm for a plant; S02, providing a greenhouse environment control system; S03, setting up a control program of the greenhouse environment control system according to the parameters; S04, running the greenhouse environment control system according to the set control program until the plant cultivation is finished, wherein one kind of plant corresponds to a control program; the greenhouse environment control system with the corresponding control program is a plant production line. The production-line type plant factory implementation method provides an expandable plant growth method, simulates the best growth environment of the plant in the whole growth process, and produces high-quality, high-quantity and short-period products with the lowest investment and the lowest power consumption. The implementation method is high in economic benefits, easy in large-scale and industrial promotion, low in cost, and high in efficiency.

Description

technical field [0001] The invention relates to a low-cost "assembly line" plant factory based on the growth law of plants, which can cultivate various plants more accurately, efficiently, in batches and industrially according to the growth laws of different plants. Background technique [0002] On the one hand, due to problems such as rapid population growth, decreasing arable land, resource shortage, environmental pollution, and pesticide abuse, the production of traditional food crops and vegetables, which are necessary for people, is facing huge challenges in terms of yield and safety; on the other hand, , with the improvement of people's living standards, the requirements for food in terms of hygiene, nutrition, health, and greenness are getting higher and higher. The most effective way to solve the above contradictions is to build plant factories. The plant factory is the highest state of plant cultivation. It uses artificial methods to intelligently control the exter...

AI Technical Summary

Problems solved by technology

Although the system also considers the growth information of some crops, the greenhouse environment is still difficult to achieve the best growth environment for crops; and the system needs to analyze, integrate and process various information in order to control the environment in real time

Such a system has a complex structure and high cost, and cannot form a standardized and specific process. Therefore, it is difficult to achieve large-scale and industrialized promotion

[0008] Therefore, no one has proposed a specific and feasible plan for how to create a low-cost, specific, precise, standardized, and programmed "assembly line" plant factory based on the growth characteristics and laws of plants.

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