Super-span superposed high-energy greenhouse and setup method thereof

Abstract

The invention relates to a super-span superposed high-energy greenhouse and a setup method thereof. The super-span superposed high-energy greenhouse is characterized by comprising a foundation, gablewalls, a rear wall, a frame, a small heat-acquiring greenhouse, greenhouse film, sunlight panels and heat curtains; the lower end of the foundation is extended underground; the gable walls and the rear wall are fixedly connected to the top of the foundation; the frame is arranged at the top of the gable walls and the rear wall; the front end of the frame is fixedly connected with a ground beam onthe foundation, the rear end of the frame is fixedly connected with the rear wall, and two sides of the frame are fixedly connected with the gable walls; the small heat-acquiring greenhouse is arranged at the top of the frame; the front end of the small heat-acquiring greenhouse is fixedly connected with the frame, and the rear end of the small heat-acquiring greenhouse is fixedly connected with pillars, a truss beam and the rear wall; the greenhouse film and / or the sunlight panels are applied outside the frame and the small heat-acquiring greenhouse; all the heat curtains cover the outside ofthe frame and the small heat-acquiring greenhouse. The setup method includes: building a pile foundation, setting up gable walls, setting up a rear wall, setting up a frame, setting up a small greenhouse, installing a heat collection and supply system, installing green film, installing heat curtains, and setting up heat-preserving walls.

Description

technical field [0001] The invention relates to agricultural facilities, in particular to a solar greenhouse, which is a super-span stacked high-energy greenhouse and a construction method thereof. Background technique [0002] With the acceleration of the development of modern agriculture, new agricultural industries such as leisure agriculture, sightseeing agriculture, and plant factories are developing rapidly, so the demand for large-scale greenhouse facilities and venues is also increasing. At present, most of the greenhouse facilities used for leisure, sightseeing agriculture, and plant factories are facilities in the form of glass multi-span greenhouses and sun panel multi-span greenhouses imported from abroad. Because of the multi-span design of this large-scale greenhouse facility, there are small bays (generally no more than 8m), poor insulation (no insulation quilt can be installed), low light transmittance (less than 70%), and insufficient heat storage energy (no...

AI Technical Summary

Problems solved by technology

Because of the multi-span design of this large-scale greenhouse facility, there are small bays (generally no more than 8m), poor insulation (no insulation quilt can be installed), low light transmittance (less than 70%), and insufficient heat storage energy (no heat storage wall). There are many problems such as difficult snow removal, so it can only be used in the southern and temperate regions, and the use of multi-span glass greenhouses in the northern frigid regions, even if it consumes a lot of energy, it is difficult to meet the winter use

This also restricts the development of new agricultural methods in the north

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