Novel ecological cycle energy-saving solar greenhouse

Abstract

The invention relates to the technical field of agricultural planting, in particular to a novel ecological cycle energy-saving solar greenhouse, aiming at solving the problem that in the prior art, due to influence of winter greenhouse effect generation in the alpine regions, indoor plant ammonia poisoning occurs frequently in greenhouses combining planting with feeding during the actual production, so that the normal production of crops is affected. The novel ecological cycle energy-saving solar greenhouse comprises a first reinforcing steel bar framework, a second reinforcing steel bar framework, a third reinforcing steel bar framework, a fermentation hotbed and a framework wall body, wherein the second reinforcing steel bar framework and the third reinforcing steel bar framework are arranged at one side of the framework wall body, and the first reinforcing steel bar framework is positioned at the other side of the framework wall body; one end of the first reinforcing steel bar framework is arranged on the wall body, and the fermentation hotbed is arranged at one side of the wall body; the framework wall body is provided with a first ventilation opening and a second ventilation opening. By adopting a sectional type ventilation structure, the heat supplement of a breeding area to a planting area is guaranteed, the influence of gases in the breeding area on the crops in the planting area is also reduced, gas exchange between spaces of the breeding area and the planting area is realized, and the damage of the ammonia gas in the breeding area to the crops is further reduced.

Description

technical field [0001] The invention relates to the technical field of agricultural planting, in particular to a novel ecological cycle energy-saving solar greenhouse. Background technique [0002] The cost of energy input in solar greenhouses in the northern alpine regions is too high in winter, especially in the morning when the heat preservation is rolled up and the indoor temperature drops rapidly due to the influence of the cold outside air, which affects the normal photosynthesis of indoor plants. Fermentation bed cultivation technology closely combines the cultivation of facility agriculture with facility horticulture, and the combination of planting and breeding greenhouses has been continuously applied to realize the recycling of agricultural ecology. Ammonia poisoning of indoor plants often occurs in the forest, which affects the normal production of crops, and even produces and harvests in severe cases. [0003] In order to reduce the input of energy for the prod...

AI Technical Summary

Problems solved by technology

[0002] The cost of energy input in solar greenhouses in the alpine regions of the north is too high in winter, especially in the morning when the heat preservation is rolled up and affected by the cold outside air, the indoor temperature drops rapidly, which affects the normal photosynthesis of indoor plants

Fermentation bed cultivation technology closely combines the cultivation of facility agriculture with facility horticulture, and the combination of planting and breeding greenhouses has been continuously applied to realize the recycling of agricultural ecology. Ammonia poisoning of indoor plants often occurs in China, which affects the normal production of crops, and even produces and fails to produce.

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