Ground-source heat solar ecological type building

Abstract

The invention relates to a ground-source heat solar ecological type building. The ground-source heat solar ecological type building is composed of a ground-source heat solar heat preservation, heating and ventilating air conditioner curtain wall body 1, a ground-source heat heat-preservation and ventilating air conditioner curtain wall body 2, solar heat-collecting heating roofs 3 and a solar air conditioner room control system 4. The curtain wall 1 and the curtain wall 2 strengthen heat insulation of an outer wall, and by utilizing the air density difference, ground-source heat warm in winter and cool in summer in a basement is sent to a heat preservation and ventilating cavity layer through heating and ventilating air conditioner systems 15 of the curtain wall 1 and the curtain wall 2 as well as air supplying and exhausting vertical pipes 122 and air supplying vertical pipes 22 in a ground-source heat ventilating air conditioner system 26; then the ground-source heat is sent to indoor space through an electric air supplying opening 1521; and by utilizing the heat absorbing and reflective effects of a heat absorbing and energy storage plate, a shutter blind and a sun shading roller blind in the curtain wall 1, heat preservation and heating in the winter and sun shading and hear insulation in the summer of the curtain wall 1 are strengthened. According to the ground-source heat solar ecological type building, heat and cool supplying, outer wall heat preservation and decoration, heat recovery air purifying and filtering are integrated together with the ground-source heat and air-source heat being complementary with solar energy, energy saving, low carbon, health and comfort are achieved.

Description

technical field [0001] The invention relates to a ground source heat solar ecological building, in particular to an installation method of a ground source heat solar ecological building which organically combines solar heating and ventilation with sunshade heat insulation curtain wall and ground source heat utilization. Background technique [0002] At present, although the existing building-integrated heating, thermal insulation and ventilation curtain walls with built-in solar energy can improve the efficiency of light-to-heat conversion by using the angular heat-absorbing curtain walls with their own included angles, they also have high manufacturing costs, especially easy to accumulate dust and are inconvenient to clean, so It inevitably reduces the light transmittance of the daylighting panel, which in turn affects the heat absorption and heating effect of the curtain wall. In addition, although the use of sunshade and heat insulation roller blinds can play a good role i...

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Problems solved by technology

[0002] At present, although the existing building-integrated heating, thermal insulation and ventilation curtain walls with built-in solar energy can improve the efficiency of light-to-heat conversion by using the angular heat-absorbing curtain walls with their own included angles, they also have high manufacturing costs, especially easy to accumulate dust and are inconvenient to clean, so It inevitably reduces the light transmittance of the daylighting panel, which in turn affects the heat absorption and heating effect of the curtain wall. In addition, although the use of sunshade and heat insulation roller blinds can play a good role in the sunshade, heat insulation and heat preservation of the curtain wall, there are also two The problem, one is to occupy a large lighting surface, which greatly reduces the utilization rate of solar energy; the other is to increase the cost of construction and installation and the difficulty of system installation

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