solar greenhouse with automatic control system full glass covering
solar greenhouse with automatic control system full glass covering,
automatic greenhouse commercial use,
Products Description
Multi-Span Venlo Agriculture Green House Metal Frame Glass Greenhouse With Solar Panels
Suitable for large-area planting and can be equipped with a variety of modern intelligent equipment to adjust the indoor temperature and humidity to adapt to the growth environment of crops, thereby increasing crop yields. For some flower plants that require relatively high air temperature in the environment, the multi-span greenhouse is more suitable for growing and increasing yield. The main body adopts a hot-dip galvanized frame, which improves the life span.
| Span | 9.6m/10.8m/12m/16m Customized |
| Length | Customized |
| Eaves height | 2.5m-7m |
| Wind Load | 0.5KN/㎡ |
| Snow Load | 0.35KN/㎡ |
| Max.discharge water ability | 120mm/h |
| Covering material | Roof-4,5.6,8,10mm single layer tempered glass |
| 4-side surrounding: 4m+9A+4,5+6A+5 hollow glass |
Frame Structure Materials
High -quality hot -dip galvanized steel structure, uses 20 years of service life. All steel materials are assembled on the spot and do not require secondary treatment. Galvanized connectors and fasteners are not easy to rust.
Covering Materials
Thickness: Tempered glass:5mm/6mm/8mm/10mm/12mm.etc,
Hollow glass:5+8+5,5+12+5,6+6+6,etc.
Transmittance:82%-99%
Temperature range:From -40℃ to -60℃
Cooling system
For most greenhouses, the extensive cooling system we use are fans and cooling pad. When the air penetrates the cooling pad medium, it exchanges heat with the water vapor on the surface of the cooling pad to achieve humidification and cooling of the air.
Shading system
For most greenhouses, the extensive cooling system we use are fans and cooling pad. When the air penetrates the cooling pad medium, it exchanges heat with the water vapor on the surface of the cooling pad to achieve humidification and cooling of the air.
Irrigation system
According to the natural environment and climate of the greenhouse. Combined with the crops that need to be planted in the greenhouse. We can choose a variety of irrigation methods; droplets, spray irrigation, micro -mist and other methods. It is completed at one time in hydrating and fertilization of plants.
Ventilation system
Ventilation is divided into electric and manual. Different from the ventilation position can be divided into side ventilation and top ventilation.
It can achieve the purpose of exchanging indoor and outdoor air and the purpose of reducing the temperature inside the greenhouse.
lighting system
Setting the optical system in the greenhouse has the following advantages. First, you can provide a specific spectrum for plants to make plants grow better. Secondly, the light required for plant growth in the season without light. Third, it can increase the temperature inside the greenhouse within a specific range.
The Venlo glass greenhouse is a widely used commercial greenhouse in agriculture, known for its high production capacity and excellent control systems. Its design combines the transparency and durability of glass, allowing light to pass through effectively, providing the ideal environment for crop growth. Additionally, the structure of the Venlo greenhouse can be customized to meet various needs, adapting to different climates and planting requirements.
A notable feature of the Venlo glass greenhouse in modern agriculture is its fully automated control system. This system can monitor critical environmental parameters, such as temperature, humidity, CO2 concentration, and light intensity, in real-time and make precise adjustments based on crop requirements. With various sensors and intelligent control devices installed within the greenhouse, it can automatically regulate fans, shading systems, irrigation systems, and more, ensuring crops grow under optimal conditions. This not only enhances production efficiency but also reduces labor costs.
The full automation control improves the stability of crop growth and makes greenhouse management more precise. Farmers and businesses can remotely operate the greenhouse through a centralized control system, adjusting environmental conditions in real time. This intelligent management model significantly reduces operational complexity while also offering advantages in energy savings and environmental protection.
In conclusion, the development and application of Venlo glass greenhouses mark a significant shift toward efficient, intelligent, and sustainable agricultural production. They provide a highly efficient platform for commercial agriculture and open up endless possibilities for future agricultural innovation.