A prefabricated green building system suitable for hot and humid areas

Abstract

This application relates to the technical field of building system design, and specifically discloses a prefabricated green building system suitable for hot and humid areas, including wall components, sunshade components on top of the wall components, ventilation components installed on the wall components, and The foundation member located at the bottom of the wall member, the wall member includes the east wall, the west wall and the hollow north wall, the hollow south wall and the hollow outer wall; the sunshade member covers the hollow north wall to the hollow outer wall The ventilation components include the north window, the south window, and the door body; the foundation components include the wall abutment located under the hollow north wall to the hollow outer wall, and the north plain soil abutment compacted outside the hollow north wall And the plain soil abutment on the south side tamped outside the hollow outer wall. The invention fully integrates heat insulation, ventilation, sunshade, lighting and the like, achieves the purpose of green building construction, and creates a comfortable indoor living environment.

Description

technical field [0001] The invention relates to the technical field of building system design, in particular to an assembled green building system suitable for hot and humid areas. Background technique [0002] In hot and humid areas of my country, the annual average temperature is high and the humidity is high. Buildings are exposed to too much solar radiation, which will make the indoor temperature of the building too high and reduce the thermal comfort of the human body. In hot and humid climates, the lack of shading and ventilation will lead to the formation of a harsh indoor thermal environment, causing psychological and physical discomfort to the human body. In this case, the energy consumption of air conditioning and refrigeration is often increased to ensure a comfortable living environment, resulting in excessive building energy consumption. [0003] At present, the energy-saving strategy of building construction under the hot and humid climate is single, only cons...

AI Technical Summary

Problems solved by technology

In hot and humid climates, the lack of shading and ventilation will lead to a harsh indoor thermal environment, causing psychological and physical discomfort to the human body

In this case, the energy consumption of air conditioning and refrigeration is often increased to ensure a comfortable living environment, resulting in excessive building energy consumption.

[0003] At present, the energy-saving strategy of building construction under the hot and humid climate is single, only considering heat insulation, or only considering shading, without comprehensively considering the indoor acoustic environment, light environment and thermal environment at the same time, so relying on the building body space and building components for shading, Heat insulation and ventilation create a comfortable indoor thermal environment, but there are very few design schemes to save water, materials, and electricity, and it is impossible to reflect the construction methods and characteristics of traditional Chinese dwellings in buildings

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