Integrated solar photothermal and photoelectric greenhouse

Abstract

The invention discloses a novel agricultural heliogreenhouse, and in particular relates to an integrated solar photothermal and photoelectric greenhouse. The main structure of the greenhouse comprises a thermal insulation rear wall, a solar vacuum pipe hot water wall, a novel curve greenhouse frame, east and west transparent thermal insulation side walls, a geothermal pipeline, a straw reactor, an integrated solar thermoelectric device, a curtain thermal insulation system, a dehumidification system and an auxiliary heating and light-supplementing system. The integrated solar photothermal and photoelectric greenhouse solves the problem that crops, such as vegetables and the like are difficult to grow in remote areas; through the solar vacuum pipe water wall and the integrated thermoelectric device, the temperature in the greenhouse is guaranteed and the crops inside the greenhouse can be ensured to grow normally without using other energy sources additionally; and the integrated solar photothermal and photoelectric greenhouse has the advantages of no pollution to environment, one-time investment and high output benefits.

Description

technical field [0001] The invention relates to an agricultural greenhouse, in particular to a solar photoelectric, photothermal integrated greenhouse. Background technique [0002] Greenhouse is a facility for planting plants, which is used to provide a growth period and increase production in seasons that are not suitable for plant growth. It is mostly used for the cultivation or seedlings of temperature-loving vegetables, flowers, and forest plants in low-temperature seasons. Using natural light to realize the lighting of plants and generate a certain amount of heat, the greenhouse mainly plays the role of wind protection and ensuring the temperature required for the growth of crops in the shed. Especially in the colder areas of the north, the existing greenhouses often need additional heat energy (such as burning coal to increase the temperature inside the greenhouse) because they cannot guarantee the temperature required for plant growth. If things go on like this, the ...

AI Technical Summary

Problems solved by technology

Especially in the colder areas of the north, the existing greenhouses often need additional heat energy (such as burning coal to increase the temperature inside the greenhouse) because they cannot guarantee the temperature required for plant growth. If things go on like this, the energy required is very Large, energy costs will become a big expense; and it is not conducive to environmental protection, it will produce a lot of polluting gas while supplementing energy in the greenhouse

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