Research on the comprehensive Efficiency Evaluation and Spatial Effect of New Green Dynamic Energy in China

Abstract

Due to regional differences, different parts of the country attach different importance to green development, resulting in different measures and effects. In order to comprehensively and directly evaluate the benefits of new green kinetic energy and compare and analyze between different regions, this paper studies the measurement and influencing factors of new green kinetic energy. Based on the panel data of 31 provinces in China from 2010 to 2019, this paper first uses the entropy weight method to measure the score of new green kinetic energy and discusses its spatio-temporal evolution; Then, the spatial econometric panel model is used to explore the influencing factors of the new kinetic energy effect of green development in China's provinces. The results show that: (1) The amount of comprehensive utilization of industrial solid waste per unit and the amount of completed investment in industrial pollution control per unit played an important role in the new momentum of development;(2) Different provinces have different grades of green scores, which leads to regional differences. Most of the lower scores are in northwest China;(3) The number of research and test developers per unit of GDP, the number of high-tech enterprises per unit of GDP, and the reduction rate of energy consumption per unit of GDP play a negative role in the development of new green kinetic energy scores, while the increase rate of the secondary industry plays a positive role. This paper measures the new green kinetic energy from the aspects of environmental protection and green production and consumption. On this basis, the spatial effect is included in the analysis framework of the influencing factors of the new green kinetic energy, and the spatial econometric model is used to explore the mechanism of the new green kinetic energy. There is some innovation in research perspectives and methods.