Changes in China's energy intensity: A study based on decomposition analysis

He Huang, Xiongchanyu Song, Dapeng Liang
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Abstract

A ratio-dependent decomposition model and a difference-dependent decomposition model were built in this article to study the future trend of China's energy intensity. Based on some major industrial sectors' energy consumption data over the period 1997–2005 and 2005–2013, those two models were used to analyze empirically how China's energy intensity has been changed during the time, how the driving factors and differences of such changes has been explained. In addition, six industrial sectors that have shown the most significant yield effect and intensity effect were figured out according to the impact factors of the previous decomposition analysis, and the potential best industrial path to further decline of China's energy intensity in the future has been suggested accordingly. This work is supported by a grant from the National Natural Science Foundation of China, No. 71273040, 71273075.
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中国能源强度变化:基于分解分析的研究
本文建立了比率依赖分解模型和差异依赖分解模型,对中国能源强度的未来趋势进行了研究。基于1997-2005年和2005-2013年中国主要工业部门的能源消费数据,运用这两个模型实证分析了中国能源强度在这段时间内的变化,并解释了这种变化的驱动因素和差异。此外,根据前文分解分析的影响因素,找出了产量效应和强度效应最显著的6个产业板块,并据此提出了未来中国能源强度进一步下降的潜在最佳产业路径。国家自然科学基金项目(71273040,71273075)资助。
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