Abstract:A computable general equilibrum (CGE) model with Chinese energy price character is constructed.First,the industry is classified into high energy consumption industry and low energy consumption industry based on the energy consumption density.Based on the formation characteristics of China's energy prices,the energy price is assumed to be external in the model.The research simulates two ways of energy price marketization schemes with two different technology situations.Under these four scenarios,the study calculates the different impact of energy price volatility on China's high and low energy consumption industries.The study concludes that the impact of upward or downward fluctuations in China's energy prices on the export of high energy consumption industries is greater than its impact on low energy consumption industries regardless of the level of technology.After the progress of technology,the impact of China's energy price fluctuations on the export of high or low energy consumption industries is smaller than the situation of current technology situation.Finally,the study puts forward policy recommendations to improve the export competitiveness of China's high and low energy consumption industrial industries based on the outcome of research from the perspective of optimizing the export structure and upgrading the industry's energy-saving technologies.