Abstract：
To reveal the optimization design method of residential peripheral structure in Moist Heat Zone, a field study was carried out in Wuhan. On the basis of the measured results of the average thermal sensation and indoor operating temperature regression curve, indoor thermal comfort rate has been calculated with the method of simulation using Wuhan annual standard meteorological data; combined with local construction conditions, orthogonal experiment is used to analyze the changes of indoor thermal comfort rates which differ from each strategy of building design with different window-wall ratio, window construction, external wall construction, roof construction and building orientation. The thermal performance optimizing combination of peripheral structure residential buildings in Moist Heat Zone are given out finally, which offers some references for buildings design in this zone.
