Solar building

Abstract

Disclosed is a solar building. A double-layer hollow conical housing is connected to the upper end of a double-layer hollow cylindrical wall. An outer wall and an outer conical housing are both light-permeable and thermal-insulation, or solar cells are adhered to the outer surface of each light-permeable thermal-insulation boards. An inner wall and an inner conical housing are both thermal-insulation. The outer light-permeable thermal-insulation board and the inner light-permeable thermal-insulation board are spaced at an interval, seal strips are used to seal the peripheries of the inner and the outer light-permeable thermal-insulation boards, and the inner and the outer light-permeable thermal-insulation boards are inlaid together into a frame to form a window. The window is mounted on the wall, and the interior of the window is communicated with the interior of the wall through connecting pipes. An upper one-way valve and a lower one-way valve are connected to the upper end and the lower end of a thermal-insulation column pipe respectively, the upper one-way valve is communicated with the top of the conical housing, the lower one-way valve is communicated with a horizontal pipe, and the horizontal pipe is communicated with the wall. A fluid generator is mounted on the lower portion of the column pipe. A radiator is parallelly connected to the column pipe through valves and pipes and communicated with the column pipe. A reflective wall is disposed on shady sides of the wall, the conical housing and the window at a certain distance. The solar building is warm in winter and cool in summer, capable of generating heat and electricity, and low in cost and easy in popularization.

Description

technical field [0001] The invention relates to solar energy utilization technology, in particular to a solar building. Background technique [0002] At present, in some buildings, 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 building partially utilizes solar energy, and because the walls and windows have heat insulation functions, that is, they can prevent external heat from entering the building in summer, and can prevent the internal heat of the building from radiating outwards in winter, so it can save energy. But this kind of building walls and windows does not use solar energy, so it is not a good energy-saving building, nor can it be called a complete solar building. In addition, the double-layer laminated glass of this kind of building can collect sunlight for heating and heat preservation i...

AI Technical Summary

Problems solved by technology

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

In addition, the double-layer laminated glass of this kind of building 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 building 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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