Most Greenhouse users are unaware of the necessary construction precautions when first using an Greenhouse. Many tend to overlook certain details, but these overlooked aspects often directly impact our economic well-being. The yield of grown crops affects our economic interests, therefore, we must still understand some essential considerations in Greenhouse construction:
1. Better Light Transmission. Hydroponic Greenhouse are lighting structures, so good light transmission is crucial during construction. Light transmittance is a fundamental indicator for evaluating greenhouse light transmission performance.
Light transmittance refers to the percentage of light intensity penetrating the greenhouse compared to the outdoor light intensity. Greenhouse light transmittance is affected by the transmittance of the greenhouse's covering material and the shadow rate of the greenhouse structure.
Furthermore, as the angle of solar radiation varies with the seasons, greenhouse light transmittance also changes constantly. The level of light transmittance directly influences crop growth and plant selection.
2. Insulation Performance. Hydroponic Greenhouse also require attention to insulation performance. Improving the greenhouse's insulation performance and reducing energy consumption are direct means to increase greenhouse production efficiency. The insulation ratio of a greenhouse is a crucial indicator for measuring its insulation performance.
The insulation ratio refers to the ratio of the area covered by greenhouse light-transmitting materials with lower thermal resistance to the total area covered by the greenhouse maintenance structure with higher thermal resistance. A higher insulation ratio indicates better greenhouse insulation performance.
3. The greenhouse element (Greenhouse) must be durable. The construction of the Greenhouse needs to consider its durability. The durability of a greenhouse is affected by the aging resistance of its materials.
Due to factors such as the load-bearing capacity of the main greenhouse structure, the durability of light-transmitting materials not only reflects their inherent strength but also the degree of decay in their light transmittance over time.
The decay of light transmittance is a decisive factor affecting the service life of light-transmitting materials. Since greenhouses operate for extended periods in high-temperature and high-humidity environments, surface corrosion protection is also essential. This is a significant factor influencing the service life of a greenhouse.