The multi-span greenhouse is a modern agricultural facility that provides a larger interior space and better environmental control capabilities through optimized structural design, thereby improving agricultural production efficiency and crop yields.
Intelligent agricultural greenhouses offer significant benefits in terms of precision environment control, automated management, resource optimization, enhanced crop yield and quality, off-season cultivation, pest and disease control, environmental protection, diversified production, and the promotion of agricultural modernization.
Glass multi-span greenhouses have many advantages over traditional greenhouses, such as saving land resources, increasing crop yields and economic benefits, but they also have the problem of high initial investment costs. With the development and promotion of technology, the application of glass multi-span greenhouses in China is gradually increasing.
Glass multi-span greenhouses have many advantages over traditional greenhouses, such as saving land resources, increasing crop yields and economic benefits, but they also have the problem of high initial investment costs. With the development and promotion of technology, the application of glass multi-span greenhouses in China is gradually increasing.
The electric control system is used for control all the mechanical equipment installed in the greenhouse to realize the greenhouse microclimate control.
The electric control system is used for control all the mechanical equipment installed in the greenhouse to realize the greenhouse microclimate control.
Single-arch greenhouse is a common agricultural facility, mainly used for plant cultivation and seedling. Its structure usually consists of one or more arched frames, covered with transparent plastic film or glass to allow sunlight to penetrate, while maintaining the internal temperature and humidity, creating an environment suitable for plant growth.
IPv6 network supported 
