An Analysis of Energy Load for a Unit of Super High-Rise Residences by Dynamic Simulation
This paper investigates the impact of structural skeleton on heat load of super high-rise residences with different air-conditioning patterns, heat insulation styles, building directions and glazing structures by using the dynamic simulation software THERB ( the simulation software of the thermal environment of residential buildings) which can estimate the temperature, humidity, sensible temperature and heating/cooling load for multiple zones of buildings. In high-rise residences, the ratio that the structural skelcton dominates a floor area is bigger than that in ordinary residences, and the skeleton is generally made up of concrete,so the heat capacity has a considerable impact on heat load of high-rise residences. Meanwhile, the aspects of air-conditioning style, heat insulation style, structural form and building direction affect the heat load of high-rise residences significantly.
high-rise residence heat load simulation heat capacity heat accumulation
王宇鹏 福田展淳 尾崎明仁 隈裕子
北九州市立大学,国际环境工学部,日本,北九州,808-0135
国际会议
The 3rd International Symposium on Temporal Design(第三届时间性设计国际研讨会)
广州
英文
223-226
2007-11-02（万方平台首次上网日期，不代表论文的发表时间）