Abstract
This research focuses on the renovation of historical buildings of Zhuyangxin Plaster Store, Hangzhou, China. By following three architectural design strategies, namely protecting the surrounding environment, rejuvenating the commercial and cultural function and recovering the original appearance, the historical buildings are to be retrofitted to achieve a sustainable regeneration. Meanwhile, based on an on-site investigation into the present residential environment of the buildings, suitable architectural technologies to improve the residential environment are analyzed from the aspects of envelop, facilities, sun shading, passive technology and sunlight utilization. After some retrofit measures were adopted for the envelop of the historical buildings, the simulation results showed that not only the thermal and light environment will be improved, but also energy efficiency of 50.34% can be achieved according to the standard in China.
