Solar house

Abstract

The invention relates to a solar house. The upper end of a double-layer spacing half-column cylindrical wall is linked with a double-layer spacing wobble plate; both the outer-layer wall and the outer-layer wobble plate are transparent and heat-insulating or a solar cell is bonded on the outer surface of the transparent heat-insulating plate; both the inner-layer wall and the inner-layer wobble plate are heat-insulating; the lateral end surfaces of the wall and the wobble plate are linked with a heat-insulating wall; the outer transparent heat-insulating plate and the inner transparent heat-insulating plate are spaced at an interval, the periphery is sealed by using sealing strips and the whole body is inlayed in a framework to form a window; the window is placed on the wall, and the insides of the window and the wall are connected through a connecting pipe; the wall, the window and the wobble plate form a solar thermal collector; the upper and the lower ends of the heat-insulating column pipe are linked with an upper valve and a lower valve, wherein the upper valve penetrates through the inner wobble plate, the lower valve is communicated with a horizontal pipe which is communicated with the wall; a fluid generator is mounted on the lower part of the column pipe; an air conditioning system is arranged on the heat-insulating column pipe; in summer, the air conditioning system is used for refrigerating; and in winter, an outdoor condenser or a solar thermal collector serves as the evaporator of the air conditioning system so that heating of the air conditioning system is achieved.

Description

technical field [0001] The invention relates to solar energy utilization technology, in particular to a solar house. Background technique [0002] At present, in some houses, solar cells or solar water heaters are installed on the roof, the walls are double-layered or solidly insulated, and the windows are double-layer laminated glass or heat-insulating and reflective coated glass. This kind of house partially utilizes solar energy, and because the walls and windows have heat insulation functions, that is, they can block the external heat from entering the house in summer and prevent the internal heat from radiating out in winter, so they can indirectly save energy. But this kind of house walls and windows do not use solar energy, so it is not a good energy-saving house, nor can it be called a complete solar house. In addition, the double-layer laminated glass of this kind of room can collect sunlight for heating and heat preservation in winter, but it cannot prevent sunlig...

AI Technical Summary

Problems solved by technology

But the walls and windows of this kind of house do not use solar energy, so it is not a good energy-saving house, nor can it be called a complete solar house.

In addition, the double-layer laminated glass of this kind of room can collect sunlight for heating and heat preservation in winter, but it cannot prevent sunlight from entering the room in summer and does not use solar energy; the heat-insulating and reflective coated glass windows of this kind of room can block sunlight in summer The heat enters the room, but solar energy is not used, and the sunlight cannot be fully collected for heating in winter, and the heat preservation is poor. Moreover, due to the poor light transmission of the coated glass, the indoor light is dim

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