Change the traditional greenhouse planting mode, the smart agriculture platform helps the "vegetable basket" to stabilize production and guarantee

As the application of smart agriculture becomes more and more mature, the composition of various application modules is also enriched and perfected. Especially in recent years, greenhouse planting has brought great convenience to improving people's management methods and living standards, and has been rapidly promoted and applied. .

The core value of greenhouses is to increase the output of various agricultural products, improve the quality of varieties, make the planting process can be automatically adjusted and intelligent, and integrate the Internet of Things technology to save time and effort for managers.

The core goal of the smart agricultural greenhouse control system is to control, maintain, and collect key links such as temperature, humidity, illuminance, CO2 concentration, irrigation control, and fertilization control in the planting environment, maintain more scientific and beneficial environmental factors, and realize traditional manual control methods. It is difficult to meet the requirements of scientific and rational planting.

The advantages of greenhouse intelligent control system.

1. Reduce costs: Integrate advanced Internet of Things technology into traditional agricultural activities to improve automated production and picking, reduce labor costs, and improve production efficiency.

2. Quality assurance: optimize the growing environment of crops, obtain the best conditions for crop growth, and improve the quality of crops. Improve the utilization rate and production rate of agricultural inputs such as water resources and chemical fertilizers, and realize the quality monitoring of agricultural products in the whole process of growth in the quality control of green agricultural product bases.

3. Big data analysis to increase production and income: Big data analysis and application, build standard planting models, multi-dimensional analysis of environment, plants, personnel operations and other data, calculate the most suitable environmental parameter curve for agricultural growth, and refer to the optimal growth parameters of scientific operations curve, set the threshold value of the greenhouse environmental monitoring system, and achieve the purpose of automatic control of production increase.

Greenhouse intelligent application:

Intelligent automatic sprinkler

The sprinkler is hung on the double track on the upper part of the greenhouse, and is operated by the PLC control system, which can control the irrigation time and fertilize at the same time.

Intelligent logistics cultivation system

The intelligent logistics seedbed system intelligently controls the logistics seedbed through the digital twin mode, and the reasonable planning and layout forms a complete logistics transportation system in the greenhouse, which realizes the transfer of seedbeds in different areas of the greenhouse, and has high flexibility. The tidal seedbed and mesh seedbed designed for crop characteristics are widely used in the factory production of seedlings, vegetables and flowers, which can save 80% of labor and increase production efficiency by 4-9 times.

In the field of smart agriculture in the future, the smart field of greenhouses will be more mature and reliable, realize more value contribution and improvement, help farmers in planting process management and production supervision, and easily expand to achieve smart traceability and supervision platform docking.