Greenhouse greenhouses have seen rapid development in the greenhouse industry in recent years. Compared with other greenhouse projects, they have advantages such as long lifespan and strong applicability.
The first consideration for Greenhouse greenhouses is their durability, which is affected by factors such as the aging resistance of greenhouse materials and the load-bearing capacity of the main greenhouse structure.
The durability of light-transmitting materials is affected not only by their own strength but also by natural factors such as rain, snow, and direct sunlight, as well as their light transmittance.
The insulation performance of Single Span Greenhouse greenhouses is crucial, as heating energy consumption is a major obstacle to greenhouse operation in winter. Improving the insulation performance and reducing energy consumption is the most direct way to improve greenhouse production efficiency.
The insulation ratio is a basic indicator for measuring the insulation performance of a greenhouse. The insulation ratio is the ratio of the area covered by the light-transmitting materials (with lower thermal resistance) to the sum of the area covered by the greenhouse enclosure structure (with higher thermal resistance) and the ground area. A higher insulation ratio indicates better insulation performance.