Design of Comprehensive Evaluation System and Empirical Research of City Energy Transition

2018 International Conference on Construction, Aviation and Environmental Engineering

生态环境科学;生物科学

Wang, Linyu^1^2 ; Chen, Hao^1 ; Guo, Lei^1^2 ; Zhou, Jiawei^1 ; Zhu, Yunan^1 ; Liu, Jihao^1 ; Zhou, Yinfei^1

State Grid (Suzhou) City Energy Research Institute, No. 9 Xuesen Road Huqiu District, Scienceand Technology Town, Suzhou, China^1

State Grid Energy Research Institute, No.18 Binhe Avenue, Changping District, Future Science Town, Beiqijia Town Beijing, China^2

关键词: Collaborative development;    Comprehensive evaluation;    Comprehensive evaluation system;    Empirical research;    Empirical studies;    Energy transitions;    Objective evaluation;    World energy consumption;   

Others  :  https://iopscience.iop.org/article/10.1088/1755-1315/233/4/042049/pdf
DOI  :  10.1088/1755-1315/233/4/042049

来源: IOP

【 摘 要 】

City is the main body of world energy consumption and the main battlefield of energy transition. A comprehensive evaluation of the progress of city energy transition in China is of great reference significance to guide the future direction of China's energy revolution. Based on the concept of collaborative development between city and energy, from the point of view of energy transition driving city development, this paper puts forward the evaluation index of city energy transition which reflects the different dimensions of city energy transition, such as the basis, present situation, trend and motive force. Through the combination of subjective assignment and objective evaluation, the paper completes the construction of evaluation system structure for different indices, and performs an empirical study based on the actual sample data of 40 cities in China. The research shows that the overall effect of city energy transition in China is obvious, but some specific indices in some cities still have greater room for improvement compared to the excellent city level, and the city's development level is strongly correlated with the effect of its energy transition.