CN201188792Y - Slope platform type solar gutter-connected greenhouse - Google Patents

Abstract

The utility model relates to slopping field stepped solar gutter-connected greenhouses which are formed by connecting more than one solar greenhouse in a step type in the front and rear mode. Common walls are arranged between the gutter-connected greenhouses; roofs of the greenhouses are formed by sunny transparent sloping surface plates; a solar water heater is respectively arranged in a ridge of each greenhouse, and thermal storage pipes in groundbed and a recycle pump are orderly connected to the solar water heater through a pipeline; a horizontal biogas generator is arranged in each greenhouse; and the parent panels on the roofs are formed by hollow glass plates. The slopping field stepped solar gutter-connected greenhouses are built on slopping fields of barren hills, not only effectively save land resources and reduce the production cost, but also dissipate heat gathered by the solar water heaters into the greenhouses through thermal storage coils, has good heat retaining property because one side of each greenhouse leans against a hill, and can be used for planting vegetables and accommodating people.

Description

Slope step solar conjoined greenhouse

technical field

The utility model belongs to a greenhouse, in particular to a terraced solar conjoined greenhouse on slopes.

Background technique

Existing greenhouses are all built on flat ground, and their skeletons are generally made of metal pipes or bamboo and wood. The main disadvantage of using metal pipes is high cost, and metal pipes are not corrosion-resistant; the main disadvantages of bamboo and wood structures are poor fire resistance and short service life, and most of their uses are used to grow vegetables. At present, there is no greenhouse that can grow vegetables and live in it at the same time.

Contents of the invention

The utility model aims at overcoming the deficiencies of the prior art, and provides a sloping step-type solar conjoined greenhouse.

The slope-land stepped solar conjoined greenhouse of the utility model is composed of more than one solar greenhouses in a front and rear conjoined steps. Among them, the conjoined rooms of each greenhouse are shared walls, and the roofs of each greenhouse are composed of sunny-facing transparent slope panels. A solar hot water collector is installed in each roof ridge, and pipelines are connected to the ground bed heat storage pipe and circulation pump to the solar hot water collector in turn; a horizontal biogas generator is installed in the greenhouse.

As a further improvement of the utility model, the transparent panels on the roof are made of hollow glass plates.

The sloping step-type solar conjoined greenhouse of the utility model is built on barren hills and slopes, which not only effectively utilizes land resources, but also reduces production costs. Moreover, the installation of solar water heaters can dissipate the collected heat into the greenhouse through the heat storage coil, and because the greenhouse is close to the mountain on one side, it has good thermal insulation, which can be used to grow vegetables and live in people.

Description of drawings

The accompanying drawing of the description is a schematic structural view of the slope step solar conjoined greenhouse of the present utility model.

Detailed ways

The stepped solar conjoined greenhouse on slopes of the utility model is composed of more than one solar greenhouse 1 front and back conjoined in steps. Among them, the conjoined room of each greenhouse 1 is a shared wall 2, and the roof 3 of each greenhouse 1 is composed of a sun-facing transparent slope panel; a solar hot water collector 4 is installed in each roof ridge, and there are pipelines connected to the ground bed storage in turn. Heat pipe 5, circulating pump 6 to solar hot water collector 4. A horizontal biogas generator 7 is arranged in the greenhouse 1 . The transparent panels of the roof 3 are made of hollow glass plates.

Claims (2)

1. The stepped solar conjoined greenhouse on slopes is composed of more than one solar greenhouse (1) in the front and rear conjoined steps. The roof (3) of ) is composed of sunny slope panels; solar hot water collectors (4) are installed in each roof ridge, and pipelines are connected to the ground heat storage pipe (5), circulation pump (6) to the solar heat collector in sequence. A water heat collector (4); a horizontal biogas generator (7) is arranged in the greenhouse (1). 2. The terraced solar conjoined greenhouse as claimed in claim 1, characterized in that the transparent panels of the roof (3) are made of hollow glass plates.

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