Tomatoes and lettuce grow out of technology

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 environmental sensor collects the temperature, humidity, light and other data in the glass greenhouse in real time and uploads it to the artificial intelligence system. The system gives suggestions on when to adjust the light, when to water and fertilize, and when to prune the leaves according to the algorithm model. Thousands of miles, but also able to control everything in the greenhouse in time...

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.

tomato

The V-shaped frame soilless cultivation adopts the top hanging cultivation mode. The hanging off the ground increases the planting area, which can increase the yield and reduce the operating cost. The ventilation pipe is added at the bottom to promote root growth and ensure product quality.

lettuce

Soilless cultivation is mainly based on tidal hydroponics and substrate cultivation. Tidal hydroponics is an efficient and water-saving planting scheme designed based on the principle of tidal fluctuations. It is suitable for the planting and production of various vegetables and can effectively improve water resources. utilization.

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. Tide-type seedbeds and mesh-type seedbeds 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 future field of smart agriculture, 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 realize smart traceability and supervision platform docking.