Glass greenhouse is a form of greenhouse that has rapidly developed in the greenhouse planting industry in recent years. Compared with other greenhouse projects, it has advantages such as long service life and strong applicability.
The first consideration for the difficulty of glass greenhouses is their durability, which is influenced by factors such as the aging resistance of greenhouse materials and the load-bearing capacity of greenhouse themed structures. The durability of transparent materials is not only affected by their own strength, but also by natural factors such as rain, snow, and direct sunlight, as well as the influence of light transmittance.
The insulation performance and heating energy consumption of glass greenhouses are the main obstacles to their winter operation. Improving the insulation performance of greenhouses and reducing energy consumption is the most direct means to improve the production efficiency of greenhouses. The insulation ratio of a greenhouse is a basic indicator for measuring its insulation performance. Greenhouse insulation ratio refers to the ratio of the coverage area of transparent materials in a greenhouse with low thermal resistance to the total coverage area of the enclosure structure in a greenhouse with high thermal resistance. The larger the insulation ratio, the better the insulation performance of the greenhouse.
