Multi-Span Greenhouse
Continuous greenhouse refers to a greenhouse structure composed of multiple spans. It usually has a larger space and can better meet the planting needs of various crops. This kind of greenhouse is more flexible in design, and can be laid out and adjusted according to the actual situation. At the same time, it can also provide a more stable environmental condition, which is conducive to the growth and development of crops.
Size :
CustomizedType :
Venlo Glass GreenhouseGreenhouse size :
CustomizedSpan width :
9/10/12mSpace between column :
2.5/4mGutter height :
6mCategory :
GreenhouseGlass greenhouse refers to a greenhouse that uses glass as a lighting material. It is a type of greenhouse. Among cultivation facilities, glass greenhouses have the longest service life and are suitable for use in various regions and various climatic conditions. The industry is divided into different construction models based on the size of the span and the bay, and is divided into different types based on different usage methods: vegetable glass greenhouses, flower glass greenhouses, seedling glass greenhouses, ecological glass greenhouses, scientific research glass greenhouses, three-dimensional glass greenhouses, special-shaped glass greenhouses, leisure glass greenhouses, smart glass greenhouses, etc. Its area and usage can be freely allocated by the greenhouse owner. The smallest is a courtyard leisure type, the largest can reach a height of more than 10 meters, the span can reach 16 meters, the maximum bay can reach 10 meters, and the intelligence level can reach one-button control. There are many heating methods for the winter heating problem of glass greenhouses, and its energy consumption cost is moderate and generally acceptable.
1. Intelligent control: Smart glass greenhouses use sensors, controllers and automation systems to monitor and control environmental parameters in the greenhouse, such as temperature, humidity, light, etc. Through automated control, precise control of the greenhouse climate can be achieved to provide the most suitable growth conditions.
2. Automatic ventilation: Smart glass greenhouses are usually equipped with automatic ventilation systems to automatically control the ventilation volume in the greenhouse according to the temperature difference inside and outside the greenhouse and the set threshold. This helps to regulate the temperature and humidity in the greenhouse and maintain good air circulation.
3. Light control: The glass panels or transparent materials in smart glass greenhouses usually have light control functions. The light transmittance can be adjusted as needed to maximize the use of natural light, or suitable light conditions can be achieved through shading control to ensure that crops get enough photosynthesis.
4. Integrated water and fertilizer management: Smart glass greenhouses usually integrate integrated water and fertilizer management systems to monitor and regulate irrigation, nutrient solution supply and fertilization in the greenhouse. This ensures that plants get the right amount of water and nutrients, improving the growth and yield of crops.
5. Data monitoring and analysis: Smart glass greenhouses use sensors and data acquisition systems to monitor and record greenhouse environmental parameters, crop growth conditions and other data in real time. These data can be analyzed and evaluated to help farmers optimize decisions and improve production efficiency and economic benefits.