屋顶花园设计中的节能设计方法研究与仿真

Energy Saving Design Method in Design of Roof Garden

提出一种基于多参量自回归分析的屋顶花园节能设计方法。对屋顶花园节能设计中影响因素如光照、温度、湿度、绿化植被释氧量和二氧化碳吸收量等进行数学建模,充分利用的南向采光和立体采光,使得居住区的光照强度增加,采用多参量自回归分析方法,合理调度屋顶花园的空间格局,实现节能设计。仿真分析表明,采用该屋顶花园节能设计方案,能有效改善居住区的小气候环境,提高了二氧化碳吸收率,增大居住区的释氧量,实现节能环保的宜居生活。

This paper put forward a kind of regression analysis based on multi parameter design method of energy saving in Roof garden. First analysis of the overall planning and design principles of roof garden design, such as light, temperature, humidity, oxygen and carbon dioxide absorption of green vegetation quantity of mathematical modeling of roof garden ener-gy conservation design factors, make full use of lighting and three-dimensional lighting, the residential area of the light in-tensity increases, a multi parameter regression method for analysis of spatial pattern, reasonable scheduling of roof garden, to achieve energy saving design. Simulation results show that, the energy saving design of the Roof garden, can effectively improve the microclimate environment of residential area, improve the absorption rate of carbon dioxide, oxygen release in-creased residential area, to achieve energy saving and environmental protection of the livable life.