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2018-07-16
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Smart greenhouses have implemented a remote automated control mode, making the temperature control of the greenhouse more professional and systematic, which greatly helps improve work efficiency, promotes the growth of plants under constant temperature, and is also helpful for increasing yields. The degree of automation is high and can be completed through remote control, and technical standards will be greatly improved.
1. Good light transmission effect.
Smart greenhouse is a lighting building. When building a greenhouse, it must have good light transmission conditions. The light transmittance is the basic indicator for evaluating the light transmission performance of the greenhouse. The light transmittance refers to the ratio of indoor light to outdoor light. After being affected by the shading rate, the greenhouse light transmittance is affected by the light transmittance of the transparent covering material and the greenhouse stock price. With the different solar radiation angles in different seasons, the light transmittance of the greenhouse also changes at any time, so the light transmittance becomes a direct factor affecting crop growth and variety selection.
2. Thermal insulation performance of greenhouse.
Intelligent greenhouses should also pay attention to the thermal insulation performance, improve its thermal insulation performance and reduce energy consumption, which is a direct means to improve greenhouse production efficiency. Its insulation ratio is an important indicator to measure the insulation performance of the greenhouse. The insulation ratio refers to the small heat-resistant coverage area of the transparent material and the large heat-resistant maintenance area of the greenhouse. The greater the ratio of the total structure coverage area to the enemy area, the greater the greenhouse insulation performance. The better.
3. The greenhouse must be durable.
Consider the durability of smart greenhouse buildings. Durability depends on the aging resistance of greenhouse materials. The main structure of the greenhouse is affected by factors such as bearing capacity. The durability of transparent materials not only shows their own strength, but also shows that the light transmittance of the material decreases with time. The degree of attenuation of the light transmittance is a decisive factor affecting the service life of transparent materials. Since greenhouses operate in high temperature and high humidity environments for a long time, the anti-corrosion of the building surface is also one of the important factors affecting the service life.
Smart greenhouse is a type of greenhouse. It has been comprehensively upgraded on its basis, greatly increasing the yield of crops. It uses glass as a lighting material and can adapt to various regions and various climate conditions.