Attribute | Value |
---|---|
Covering Material | Glass |
Advantage | Good insulation in winter |
Application | Vegetables, Flowers, Fruits, etc. |
Installation | Professional Installation |
Frame | Hot galvanized steel |
Snow Load | 0.25KN/m2 |
Lighting System | LED |
Type | Glass Greenhouse |
Wall Type | Double Layer Glass |
Foundation | Concrete Or Steel Base |
Heating System | Hot Water Boiler |
Roof Type | Gable |
Span | 6.0~12.0m(customization) |
Structure | Hot galvanized steel |
Wind Load | 0.40KN/m2 |
Uses tempered or float glass as the covering, which is heavy but highly transparent and chemically stable.
More complex and labor-intensive to install due to the weight of glass. Cleaning is easier as glass surfaces are smoother, but broken panels need immediate replacement for safety.
Poor thermal insulation compared to PC sheets, often requiring additional insulation layers (e.g., double-glazing) to improve energy efficiency, which increases costs.
Higher initial investment due to expensive materials and installation. However, lower long-term replacement costs make it suitable for large-scale, long-term commercial operations.
Precision irrigation systems in greenhouses deliver water and nutrients precisely to plant roots, optimizing resource use. They use sensors (soil moisture, plant stress) and automated valves/pumps to adjust irrigation schedules, avoiding over/under-watering. This enhances crop health, reduces water waste, and lowers energy costs, ideal for efficient, sustainable cultivation.
Environmental monitoring systems track key greenhouse conditions--temperature, humidity, CO₂ levels, light intensity, and air quality--using sensors. Data is relayed to a central system, providing real-time insights. This enables timely adjustments (e.g., ventilation, heating) to maintain optimal growing environments, boosting crop yields and consistency while preventing stress-related issues.