Greenhouse internet-of-things monitoring management system

Abstract

The invention discloses a greenhouse internet-of-things monitoring management system. With the modern information technology and internet of things technology, the growth process and dynamic growth information of agricultural products in a greenhouse are obtained accurately and dynamic analysis and trend analysis are carried out on the dynamic growth information of agricultural products in the greenhouse and the growing situation of agricultural products at all growth stages in the greenhouse, so that the refined planting and production capacities of the greenhouse are enhanced and problems during planting and production processes are discovered timely; and refined technical countermeasures of agricultural products in the greenhouse are made and refined planting and production suggestion or advice is provided, so that the production and income increasing of the enterprise and peasant household are promoted. Environmental parameters such as the temperature, humidity, light, soil temperature and soil moisture in the greenhouse are collected in real time and the collected parameters are displayed for users visually by means of charts and curves, so that centralized monitoring of the greenhouse is realized to lower manpower and resource costs and refined planting of the modern agriculture us realized, various factors including the indoor temperature, light, moisture, fertilizer, and gas and the like are coordinated comprehensively in an optimal state to increase the production and incomes and saving the energy source.

Description

technical field [0001] The invention relates to a supervision system, in particular to a monitoring and management system of the Internet of Things for greenhouses. Background technique [0002] Greenhouse planting has become an important industry in some rural areas of our country, and gradually presents the characteristics of large-scale and collectivization. Traditional greenhouse planting detects or observes the environmental conditions and crop growth status in the greenhouse manually, and then relies on the greenhouse planting personnel to Not only does it require a lot of manpower to formulate an adjustment plan based on our experience, but also often formulates wrong adjustment plans due to the lack of knowledge reserve of greenhouse planting technology, resulting in economic losses; for large-scale greenhouse planting, if there is no unified management , will inevitably reduce the efficiency of planting and management. Contents of the invention [0003] The purpo...

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Problems solved by technology

[0002] Greenhouse planting has become an important industry in some rural areas of our country, and gradually presents the characteristics of large-scale and collectivization. Traditional greenhouse planting detects or observes the environmental conditions and crop growth status in the greenhouse manually, and then relies on the greenhouse planting personnel to Not only does it require a lot of manpower to formulate an adjustment plan based on our experience, but also often formulates wrong adjustment plans due to the lack of knowledge reserve of greenhouse planting technology, resulting in economic losses; for large-scale greenhouse planting, if there is no unified management , will inevitably reduce the efficiency of planting and management

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