Study On Design Zoning And Adaptability Of Additional Sunlight Solar Houses In Xinjiang

The climatic conditions play a decisive role in the addition of a sunny solar house.In the design of the additional solar-type solar house,it is necessary to adapt to the local conditions and fully consider the impact of different climate zones,which promotes sustainable development and energy conservation in China.This paper firstly takes the current situation of energy conservation in China and the government's encouragement policy for green energy-saving buildings as the research background,and combines the unique lighting condit ions in Xinjiang to clarify the feasibility of the construction of additional solar-type solar houses in Xinjiang.Taking this as an opportunity to explore the design division and adaptability of the additional sunlight room type solar house in Xinjiang.In the course of the research,the solar radiation was firstly known.It is known that the solar radiation is divided into total solar radiation,solar radiation,direct solar radiation and solar radiation.For this study,the solar radiation energy should be absorbed.Calculate for the standard.Then,the type and working principle of the passive solar house are briefly introduced.After a lot of research,it is found that the solar radiation in Xinjiang area has the hig hest heat collection efficiency of the sunlight-type passive solar house,that is,the Xinjiang area is suitable for additional sunlight.Construction and developm ent of passive solar houses.Then,under the condition of 75% building energy saving in Xinjiang,the calculation model is established by designing the struct ure and material properties.According to the meteorological data of 87 counties and cities in Xinjiang,provided by the Xinjiang Uygur Autonomous Region Meteorological Bureau,the calorific value between the heat consumption of the calculation model of each county(city)area and the additional sunlight is calculated,and finally the calorific value between the additional sunlight is calculated.Calculate the ratio of the heat consumption of the model,that is,the solar radiation satisfaction.The solar radiation satisfaction degree was taken as an important indicator of the additional solar-area solar house design division,and the preliminary division was carried out.In order to ensure the suitability and accuracy of the design partition,this paper uses the form of software simulation to simulate each county and city,and makes adjustments to the preliminary design partition according to the simulated data results,forming the final final version of the additional sunlight room.Eight design zones for the solar house.Finally,based on a large number of meteorological data,an optimization design strategy is proposed for each design partition.