%0 Journal Article
%K China
%K Commercial building
%K Residential building
%K Building stock
%K Building energy consumption
%K Provincial building energy intensity
%A Tengfei Huo
%A Weiguang Cai
%A Hong Ren
%A Wei Feng
%A Minglei Zhu
%A Ningning Lang
%A Jingxin Gao
%B Journal of Cleaner Production
%D 2019
%G eng
%P 801 - 813
%R 10.1016/j.jclepro.2018.10.060
%T China's building stock estimation and energy intensity analysis
%V 207
%8 01/2019
%! Journal of Cleaner Production
%X <p>Reliable and objective data regarding building stock is essential for predicting and analyzing energy demand and carbon emission. However, China's building stock data is lacking. This study proposes a set of China building floor space estimation method (CBFSM) based on the improved building stock turnover model. Then it measures China's building stocks by vintage and type from 2000 to 2015, as well as building energy intensity (national level and provincial level) and energy-efficient buildings. Results showed that total building stocks increased significantly, rising from 35.2 billion m<sup>2</sup> in 2000 to 63.6 billion m<sup>2</sup> in 2015, with the average growth rate 4.0%. The deviations were well below 10% by comparing with <em>China Population Census</em>, which validated the reliability of CBFSM and the results. As for energy intensity, urban dwellings and rural dwellings showed relatively stable and increasing trend respectively. The commercial building energy intensity saw a downward trend during “12th Five Year Plan” period. This indicated the effectiveness of building energy efficiency work for commercial buildings since 2005.38.6 billion m<sup>2</sup> residential dwellings and 5.7 billion m<sup>2</sup> commercial buildings still need to be retrofitted in future. CBFSM can overcome shortages in previous studies. It can also provide Chinese government with technical support and data evidence to promote the building energy efficiency work.</p>