With its elegant appearance design and high-tech core, the Venlo-type glass greenhouse has become a "high-end representative" in protected agriculture, with core functions covering three major fields: sightseeing display, popular science education, and high-efficiency production. In the current market, the vast majority of Venlo-type glass greenhouses focus on high-efficiency agricultural production, especially suitable for cultivating fruit vegetables (cucumbers, tomatoes, colored peppers, etc.) and leafy vegetables, among which fruit vegetable cultivation accounts for the highest proportion, making it the core carrier for off-season and high-quality fruit and vegetable production.

In terms of technical design, the Venlo-type glass greenhouse adopts a high-strength aluminum alloy frame and high-quality float glass covering, with a light transmittance of over 90%, which can maximize the use of natural light and provide sufficient energy for crop photosynthesis; at the same time, it is equipped with an intelligent environmental control system, including high-precision temperature sensors, humidity sensors, CO₂ concentration sensors and other equipment, which can real-time monitor indoor environmental parameters, and accurately regulate temperature, light, water, fertilizer, gas and other growth factors through the coordinated operation of automatic ventilation windows, shading systems, heating systems, and drip irrigation and fertilization systems. For example, when growing tomatoes, the system can stabilize the daytime temperature at 25-28℃, maintain it at 15-18℃ at night, and control the CO₂ concentration at 800-1000ppm, significantly improving the efficiency of crop photosynthesis.
Its core advantages are concentrated in four dimensions: first, intensive land use. Adopting vertical cultivation modes (such as trellis cultivation, frame cultivation), the unit land area utilization rate is increased by 40%-60% compared with traditional greenhouses; second, strong epidemic prevention capability. The fully enclosed glass structure combined with an intelligent ventilation system can effectively block the invasion of external pests and diseases, reduce pesticide usage by more than 30%, and lower the infection rate of pests and diseases; third, efficient CO₂ utilization. The enclosed environment facilitates the collection and supplement of CO₂, reduces gas waste, and further improves crop yield; fourth, high yield and high quality. Under precise environmental regulation, the annual output of fruit vegetables is increased by 50%-80% compared with traditional greenhouses, and the fruits have a neat appearance, mellow taste, higher nutritional value, and a commodity rate of over 95%. In addition, its beautiful appearance and transparent glass structure make it an ideal carrier for agritourism and popular sA High-Efficiency Production Benchmark Combining Aesthetics and Technologycience education, and can create a diversified operation mode of "greenhouse sightseeing + picking experience + agricultural popular science", greatly enhancing industrial added value.
