Method and system for building solar house city

Abstract

The invention discloses a method and system for building a solar house city capable of efficiently using solar energy, which are provided by organically combining a solar house technology with a building method, wherein the building method ensures that the total natural heat exchange area and the heat exchange loss between the whole building group and the environment are greatly reduced and house city type building groups integrally save energy. According to the method and system, the solar energy heating and heat supply technology and the like can be efficiently used in large and medium-sized cities with scarce and expensive land and space, small total amount of solar resources and higher building density and capacity, thereby establishing city building systems which basically hardly consume or consume fewer mineral energy sources and are warm in winter and cool in summer and laying a low energy consumption foundation for the continuous development of the modern city.

Description

technical field [0001] The invention relates to a solar house city-style building method and a system thereof that can efficiently utilize scarce solar energy resources in cities and towns to realize heating and other purposes. Background technique [0002] The existing passive solar house construction method is to install glass and other light-transmitting and heat-insulating materials on the south side of the single building running from east to west (the sunny side—the southern hemisphere is the north side). Due to the influence of lighting requirements, the north-south depth of the solar house building is greatly reduced. At the same time, in order to obtain sufficient sunlight, the solar house buildings occupy a huge area per unit area, so it is difficult to promote solar houses in places with expensive land and space resources such as large and medium-sized cities with high building density and volume. The solar energy above the city is wasted in vain, and a large amou...

AI Technical Summary

Problems solved by technology

[0002] The existing passive solar house construction method is to install glass and other light-transmitting and heat-insulating materials on the south side of the single building running from east to west (the sunny side—the southern hemisphere is the north side). Due to the influence of lighting requirements, the north-south depth of the solar house building is greatly reduced. At the same time, in order to obtain sufficient sunlight, the solar house buildings occupy a huge area per unit area, so it is difficult to promote solar houses in places with expensive land and space resources such as large and medium-sized cities with high building density and volume. The solar energy above the city is wasted in vain, and a large amount of non-renewable energy has to be concentrated and consumed for heating needs

Images