Sainpoly's Hydroponic greenhouse equipped with multiple hydroponic modes, suitable for annual planting of various agricultural products

Avoid freezing

The decrease in winter temperature leads to the freezing and death of vegetables.

The outer layer can be covered with double-layer insulated glass, polycarbonate polycarbonate solar panel or inflatable membrane, and the measured heat loss is reduced by 50%; The inner side is equipped with Oxford cloth composite insulation screen, which can be upgraded to folding insulation quilt or double-layer inflatable membrane structure. The temperature of the nutrient solution remains stable, effectively ensuring the continuous overwintering production of hydroponic crops.

High Light Transmittance

Short exposure to light leads to slow growth of vegetables.

Provide optional LED plant lighting modules. This module supports adjustable spectrum function, which can customize the red blue light ratio according to different crops and growth stages. The daily effective light duration can be extended to 14 hours.

Risk of snow collapse

The reinforced truss structure and the geometric shape of the steep roof (pointed or arched) use the force of gravity to induce snow to slide down along the roof. The cross-sectional specification of the main load-bearing skeleton has significantly increased compared to the conventional scheme, and high-strength bolt pairs are configured at the connection nodes of the members to form a rigid transmission path. The design range of snow load standard value is 0.2 to 0.8 kN/m ².

High energy cost

Using double-layer hollow covering materials (glass/solar panel/inflatable membrane)+insulation screen, heat loss is reduced by 40% -50% compared to single-layer. The heating output can be independently adjusted according to the heat demand of different planting areas, achieving on-demand heating and effectively reducing energy consumption expenses in greenhouse operation.

Long life design