Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a solar hot water supply method for construction of a temporarily-built board room. A glass vacuum pipe assembly is arranged on a top plate of a board room, a heat preservation water tank is arranged near the board room, an outlet of the glass vacuum pipe assembly is connected with the heat preservation water tank through a conveying pipe, the upper surface of the top plate of the board room is arranged to be in a wave shape, and the upper surface of the top plate is covered with a reflective film. The glass vacuum pipe assembly comprises a plurality of glass vacuum pipes, and each glass vacuum pipe is located over one wave trough pf the top plate. The reflective film is light and small and very convenient for construction, and the reflective film can be directly transported to the next construction site and reused after construction is completed, without repeated disassembly and assembly. The reflective film is arranged in a wave shape, each glass vacuum pipe is arranged right above one wave trough, light irradiated on the reflective film is reflected by the slopes on the two sides of the wave troughs to form reflected light, and part of the reflected light reaches the lower half parts of the glass vacuum pipes and is absorbed and utilized by the glass vacuum pipes, so that the heating efficiency is improved.
本发明提供了一种施工临建板房太阳能供热水的方法，在板房的顶板上设置玻璃真空管组件，在板房附近设置保温水箱，玻璃真空管组件的出口通过输送管与保温水箱相连，板房的顶板的上表面设置为波浪形，且顶板的上表面覆盖反光膜；玻璃真空管组件包括多根玻璃真空管，每根玻璃真空管位于一顶板波谷的正上方。反光膜的重量和体积小，施工非常方便，且施工完成后可以直接运输至下一施工地点进行再次利用，无需反复拆装安装。通过将反光膜设置为波浪形，并且每根玻璃真空管设置在波谷的正上方，照射在反光膜上的光线经过波谷两侧的斜坡反射形成反射光，部分反射光到达玻璃真空管的下半部分，被玻璃真空管吸收利用，以提高加热效率。
The invention provides a solar hot water supply method for construction of a temporarily-built board room. A glass vacuum pipe assembly is arranged on a top plate of a board room, a heat preservation water tank is arranged near the board room, an outlet of the glass vacuum pipe assembly is connected with the heat preservation water tank through a conveying pipe, the upper surface of the top plate of the board room is arranged to be in a wave shape, and the upper surface of the top plate is covered with a reflective film. The glass vacuum pipe assembly comprises a plurality of glass vacuum pipes, and each glass vacuum pipe is located over one wave trough pf the top plate. The reflective film is light and small and very convenient for construction, and the reflective film can be directly transported to the next construction site and reused after construction is completed, without repeated disassembly and assembly. The reflective film is arranged in a wave shape, each glass vacuum pipe is arranged right above one wave trough, light irradiated on the reflective film is reflected by the slopes on the two sides of the wave troughs to form reflected light, and part of the reflected light reaches the lower half parts of the glass vacuum pipes and is absorbed and utilized by the glass vacuum pipes, so that the heating efficiency is improved.
本发明提供了一种施工临建板房太阳能供热水的方法，在板房的顶板上设置玻璃真空管组件，在板房附近设置保温水箱，玻璃真空管组件的出口通过输送管与保温水箱相连，板房的顶板的上表面设置为波浪形，且顶板的上表面覆盖反光膜；玻璃真空管组件包括多根玻璃真空管，每根玻璃真空管位于一顶板波谷的正上方。反光膜的重量和体积小，施工非常方便，且施工完成后可以直接运输至下一施工地点进行再次利用，无需反复拆装安装。通过将反光膜设置为波浪形，并且每根玻璃真空管设置在波谷的正上方，照射在反光膜上的光线经过波谷两侧的斜坡反射形成反射光，部分反射光到达玻璃真空管的下半部分，被玻璃真空管吸收利用，以提高加热效率。
Solar hot water supply method for construction of temporarily-built board room
施工临建板房太阳能供热水的方法
25.02.2022
Patent
Elektronische Ressource
Chinesisch
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