| The building of ecological harmony with the environment is not only concerned in the field of architecture,When we do architecture design,we must respect nature and promote the process of natural humanization,and obtain good natural,economic and ecological comprehensive benefits.The bioclimatic design method can provide the basic direction for the development of building technology.To a certain extent,it is helpful for Chinese architects to objectively analyze the environment of a particular area in the light of their own economic and technological level,the purpose of this study is to provide architects with a macro concept of climate and to summarize practical,experienced and technical methods for bioclimatic design of buildings and urban spaces.Analyzing domestic and foreign research trends,we can see that the following problems exist in the development of bioclimatic design theory in China.Clarify the concept,clarify the definition and connotation of bio climate architecture and its related concepts,as well as its connection and difference with concepts such as ecological architecture,and establish a complete and well-organized theoretical system.In the light of the study of regional Bio climate design strategies,a Bio climate design strategy suitable for the hot summer and cold winter regions is studied for the special climatic characteristics of the hot summer and cold winter regions,and so on.The main conclusions of this study are: Buildings should provide effective feedback to the environment like living creatures when choosing forms,compare the comprehensive understanding of historical bioclimatic analysis methods,and make use of buildings themselves to organize ventilation,passive Cooling and Dehumidification,bio-climate building to maximize indoor comfort environment,thus saving energy and protecting the environment,clear the dynamic relationship between climate factors and site Human Comfort;The climate adaptability of regional buildings should be considered as heat preservation and insulation,sunshade and ventilation,and the design of heat preservation and insulation should be strengthened to reduce heat loss. |