Land-saving portable high-efficiency energy-saving solar greenhouse

Abstract

The invention discloses a land-saving portable high-efficiency energy-saving solar greenhouse. The greenhouse comprises a front slope arched frame and a rear wall arched frame, and further comprises gable skeletons in split-type connection with the front slope arched frame; the gable skeletons are arranged at two sides of the front slope arched frame, and each gable skeleton is composed of a plurality of supporting columns, a cross beam arranged at the top end and inclined supporting beams fixedly connected to two ends of the cross beam; the top of a thermal insulation body covering the outerside of the rear wall arched frame and one side of a quilt blocking rod are fixed in a seal manner, and the other side of the quilt blocking rod is fixedly provided with a quilt rolling system in a seal manner; and the front slope arched frame is provided with an upper ventilation opening and a lower ventilation opening to ensure the overall ventilation performance. According to the greenhouse disclosed by the invention, a manner that a wall body and a thermal-insulation material used by construction of the greenhouse are processed in an industrialized manner, and after the wall body and the thermal-insulation material are transported to a construction place, assembly-type installation is performed is adopted, so that land is saved, the greenhouse can be disassembled at any time, so that the land is not damaged, and a modern excellent-performance land-saving portable high-efficiency energy-saving solar greenhouse is formed.

Description

technical field [0001] The invention relates to the technical field of manufacturing and constructing energy-saving solar greenhouse vegetable greenhouses, and more specifically relates to a land-saving, portable, high-efficiency and energy-saving solar greenhouse. Background technique [0002] With the rapid development of the modern agricultural industry, more and more farmers and people of insight from other industries have entered the vegetable planting industry. The demand for vegetable facilities not only puts forward higher standards in terms of quantity and construction quality, but also puts forward high standards for vegetable facilities. Land utilization also puts forward higher requirements. [0003] During the construction of traditional energy-saving solar greenhouses, the back wall and the gable walls on both sides are built on the designated land by excavator soil tamping, which causes a large amount of soil loss or damage in the plowing layer. Generally, the...

AI Technical Summary

Problems solved by technology

All kinds of materials and accessories required for the greenhouse are factory-processed and assembled and installed at the construction site, which is convenient and simple, energy-saving and environmentally friendly, and solves the problem of land restoration in the later period of traditional solar greenhouses.

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