Smart Greenhouse with Intelligent Control

Our country spans a vast territory with diverse climatic environments. As a result, our intelligent greenhouse systems are equipped with multiple sensors and a small meteorological station to regulate the indoor climate. The greenhouses also feature an integrated automatic irrigation system for water and fertilizer, a biological control and disease early warning system, a carbon dioxide fertilization system, a labor management system, roof cleaning machines, as well as sanitation and disinfection facilities, curtain systems, and insulation equipment, all ensuring the normal operation of the greenhouse.

The greenhouse is topped and surrounded by diffused glass, enhancing light transmission within the structure. Surrounding curtains are also installed for internal insulation. Unlike traditional full-width pull-down curtains, these curtains feature a segmented opening system, divided into upper, middle, and lower layers, each operable independently. During cold weather, the bottom layer is fully open. As temperatures rise, the middle and upper layers can be opened to ensure adequate light inside the greenhouse.

In arid regions, the greenhouse's internal cooling system utilizes a top spray system, adjusting the humidity range according to the plant growth stage. When the humidity falls below the critical level, the system automatically activates the top spray equipment to maintain indoor humidity while also lowering the room temperature. In China's facility agriculture production, fans and water are commonly used in greenhouse sheds during the summer.
Drapery Cooling System

Wet curtain is a multi-layered corrosion-resistant paper material made by pressing and bonding kraft paper, featuring high water absorption and rapid dispersion. The cooling principle is that air passes through the wet curtain water film, where unsaturated air evaporates and absorbs heat, carrying away most of the heat to achieve cooling.

Due to urbanization, the reduction in agricultural labor and the rise in labor costs have constrained the profitability of greenhouse production. As a result, the mechanization of greenhouse production has become a trend. Large-scale greenhouses require numerous modern intelligent systems and unique management systems for manual operation.