Key points of modern greenhouse design
The rapid development of modern horticulture is attributed to the continuous improvement of greenhouse technology. Building greenhouses that meet the requirements is the prerequisite and guarantee for high-efficiency and high-quality horticultural production. However, the problems caused by unreasonable design and blind development, such as poor construction quality and operation management, have become increasingly prominent, seriously affecting the investment and planting benefits of greenhouses. Internationally, many companies led by Dutch greenhouse enterprises have been making bold attempts to improve greenhouse efficiency and reduce energy consumption. They constantly innovate in design structures, apply new materials, and apply them to specific projects. Greenhouses are different from other steel structure buildings. Modern greenhouses are high-end artificial intelligence environments. The design of greenhouse structures and materials always aims to improve the greenhouse environment and increase production efficiency.
The rapid development of modern horticulture is attributed to the continuous improvement of greenhouse technology. Building greenhouses Glass Panels greenhouse that meet the requirements is the prerequisite and guarantee for high-efficiency and high-quality horticultural production. However, the problems caused by unreasonable design and blind development, such as poor construction quality and operation management, have become increasingly prominent, seriously affecting the investment and planting benefits of greenhouses. Internationally, many companies led by Dutch greenhouse enterprises have been making bold attempts to improve greenhouse efficiency and reduce energy consumption. They constantly innovate in design structures, apply new materials, and apply them to specific projects. Glass Panels greenhouse are different from other steel structure buildings. Modern greenhouses are high-end artificial intelligence environments. The design of greenhouse structures and materials always aims to improve the greenhouse environment and increase production efficiency.
Later, people found that this was a construction method that could maximize investment returns. Many production enterprises built or renovated their greenhouses in this way. Especially for some potted flower producers, such as those of Phalaenopsis, they need a large floor area for planting, repotting, adjusting planting density, inventory turnover of production materials, logistics packaging, equipment rooms and offices. In cases where land is limited or land costs are high, a double-layer structure greenhouse is a very wise choice from the perspectives of saving investment and energy. Usually, the top layer of such Glass Panels greenhouse is used for the initial or final stages of Glass Panels greenhouse crop cultivation to facilitate operations, and it can also be used to produce short-cultivation-period and large-quantity products, such as flower and vegetable seedlings.
Double-layer structure greenhouses can be Venlo-type greenhouses or large-span greenhouses. The covering materials for greenhouses are mostly glass and PC boards. The ventilation forms and the installation of other equipment are no different from those of ordinary greenhouses. What is different is that this type of greenhouse combines the building structure with the Glass Panels greenhouse structure, which makes the structural design difficult. It should be undertaken by professional and experienced companies. In addition, vertical transmission equipment, such as an automated seedbed transfer system, also needs to be equipped.
Glass Panels greenhouse quality control
At present, the CASTA greenhouse structure calculation program of the Netherlands TNO Research Institute remains the only complete and authoritative calculation program in the world. All professional greenhouse companies around the world adopt or refer to this standard. Glass Panels greenhouseare different from other light steel structure buildings. In addition to the steel structure of the frame, the gutter, ridge, and other glass profiles of the roof are all integral parts of the structure and bear heavy loads, all of which need to undergo mechanical calculations. We often hear that some Glass Panels greenhouse are blown down by the wind or damaged by snow, which is caused by the fact that the greenhouse structure has not undergone scientific calculations or has used unqualified components. Now, the horticultural industry in developed countries has strict requirements for the materials and processing techniques of greenhouse components.
