Research on the carbon emission regulation and optimal state of market structure: Based on the perspective of evolutionary game of different stages

Abstract

In the background of green and low-carbon development, many enterprises still have illegal emission behaviors to obtain excess revenue. Therefore, it is an urgent problem to restrain the illegal emission behaviors of enterprises through external supervision. This paper mainly studies the regulatory system composed of government and enterprises. We divide the regulation into two phases: loose regulation and strict regulation, analyzed the impact of government regulatory intensity on carbon emission behavior enterprises and industry market structure through the evolutionary game model. The results show that with the increase of the intensity of government supervision, leading enterprises will gradually complete the transformation and upgrading from low carbon to compliant production. The leading enterprises with low carbon technology have strengthened their dominant position in the market, while the enterprises without low carbon technology are constrained by carbon emissions and can only continue to stay in the industry market by buying carbon emission rights or exiting the market. The industry market structure gradually changed from a decentralized competition structure to a centralized oligopoly structure.

Comprehensive Ecological Planning and Evaluation of Towns from the Perspective of Sustainable Development

“…In Equation ( 6), u ij is the membership degree of the j-th sample point belonging to class i. a, b, p represent parameters. Equation (7) is the calculation of sample typical value t ij .…”

“…Although the existing evaluation index system can also measure the development level of townships, the differentiated townships development is an important influencing factor related to their SD [5,6]. Therefore, it is also necessary to develop a more appropriate comprehensive ecological planning system from the actual perspective of each township [7][8][9]. Additionally, corresponding comprehensive evaluations are conducted based on one's own development conditions and level.…”

The impact of resident demand on industrial carbon emissions and the transmission path: Evidence from Zhejiang Province

“…Technological innovation is crucial for achieving industrial carbon neutrality because it can improve energy efficiency and promote renewable resources, and its contribution to China's carbon emission reduction is as high as 68.5 % [ 22 ]. An effective market trading mechanism can also promote carbon emission reduction in industry and reduce the economic loss caused by green transformation [ 23 ], which means that ineffective market development can slow down the progress toward industrial carbon neutrality. In recent years, an increasing number of studies have found that market development factors have a greater impact on achieving carbon neutrality [ 24 , 25 ].…”

Decomposition of carbon emission influencing factors and research on emission reduction performance of energy consumption in China

“…The STIRPAT model is based on the IPAT model, which was revised and proposed by Dietz et al, in 1994. It introduces the mechanism of stochastic impact regression based on the classical IPAT model and combines the estimated indices to analyze the nonhomogeneous relationships among the environmental influences (Sun and Gao, 2022). The STIRPAT model expression is shown in Eq.…”