Smart Multi-span Glass Greenhouse

The design of the main structure is not static; it is developed by considering the requirements the glass greenhouse imposes on civil engineering, while also accounting for the specific shape of the site. Key parameters—such as the greenhouse’s total floor area, axial dimensions, overall building height, and gutter height—are all carefully calculated and planned.
The roof of the multi-span greenhouse is covered with 4mm single-layer diffused tempered glass, while the vertical facades feature 6+12+6mm double-glazed tempered glass units, supported by specialized rafters and gutters designed for greenhouses. The advantages of this design include:
(1) Excellent transparency, which enhances overall light transmission and provides better visibility within the greenhouse;
(2) High safety, as the use of tempered glass ensures that, even in the event of accidental breakage, the glass does not pose a risk of injury;
(3) Superior energy efficiency, with the double-glazed glass effectively minimizing heat loss, maintaining stable internal temperatures, and thereby reducing energy consumption.
The greenhouse framework consists of a hot-dip galvanized light-steel structure. All components undergo rigorous quality control before leaving the factory, ensuring high precision during assembly and superior installation quality. The steel components are hot-dip galvanized and joined using anti-corrosive, hot-dip galvanized bolts and self-tapping screws, eliminating the need for on-site welding. The framework is typically finished with a white powder coating, which enhances the overall aesthetic appeal of the glass greenhouse.

This helps prevent heat buildup inside the greenhouse and protects crops from sunscald, all while ensuring optimal growing conditions.
The system is highly convenient to operate: pressing the start button on the control box activates the motor. Through a transmission mechanism, the motor drives a drive shaft, which—via connecting components—moves a drive rod parallel to the screen wires. As the drive rod advances, it pulls the shading screen, causing it to unfold gradually. Once fully extended, the screen triggers a limit switch, which stops the motor and concludes the operation cycle.
Technical Specifications:
Travel distance: 3.7 m
Operating speed: 0.386 m/min
Operation duration: 9.57 min
Power supply: 380 V, 50 Hz
Motor power: 0.55 kW