The Venlo Glass greenhouse originally used for agricultural product cultivation in the factory is equipped with multiple intelligent systems

Avoid freezing

The extreme low temperature in winter is achieved through the synergistic insulation treatment of double-layer insulated glass and aluminum foil insulation curtains, combined with pre embedded heating interfaces, providing sufficient thermal redundancy for the vitality of vegetable roots and normal plant growth, achieving continuous and uninterrupted winter production.

High Light Transmittance

Short light exposure time leads to slow vegetable growth.

Covering with high transparency glass (≥ 91%) to improve natural light utilization efficiency, and providing LED fill light optional modules to extend the daytime light cycle to more than 14 hours. This plan adjusts the supplementary light intensity based on the crop light saturation point to ensure a stable dry matter accumulation rate during low light seasons and avoid harvest delays caused by slow growth.

Risk of snow collapse

A steep pointed or arched roof accelerates the sliding of snow and reduces the static snow thickness on the roof; The reinforced truss provides additional structural redundancy, significantly improving the safety factor during heavy snow weather and ensuring the complete and reliable operation of the greenhouse in winter.

High energy cost

The energy cost is high.

Double layered insulated glass enhances the insulation performance of the enclosure structure, reducing heat loss by 50% compared to single-layer glass. Cooperate with the zoning control system to independently adjust the heating intensity according to different planting areas.

Long life design