用能权市场和碳市场协同下火电企业配额履约策略

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Abstract Thermal power enterprises face independent quota constraints in the energy-consuming right trading and carbon emission trading market. To reduce the difficulty of compliance and enhance emission reduction efficiency, this study investigates the quota compliance strategies of thermal power enterprises under the synergy of both markets. Analyze the mutual influence between the two markets, and sort out the synergy mechanism between the markets from the aspects of trading entities, quota allocation, mutual recognition offset, etc; Construct a system dynamics model for thermal power enterprises to fulfill their dual market quota responsibilities, and explore the impact of dual quota constraints on enterprises; Compare and analyze the performance strategies of enterprises under three policy scenarios: no collaborative mechanism, mutual recognition of quotas allowed, and limited offset ratio. The results indicate that the double quota constraint increases the cost of fulfilling obligations for enterprises, but fails to enhance their willingness to reduce emissions independently. After further establishing a collaborative mechanism for quota mutual recognition, enterprises can optimize their economic benefits while fulfilling obligations, but it will cause the problem of imbalanced development between the two markets. To solve this dilemma, the mutual recognition ratio should be between 2and 3.5, and further design of offset and restriction mechanisms is needed, Ensure timely performance and balanced market development of enterprises, and achieve optimal resource allocation.

Key words： energy-consuming right trading market carbon emission trading market coordination quota compliance dynamics of system

Received: 07 September 2023

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X196

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	Articles by authors
	SUN Jing-qi
	ZHANG Zhuo-la
	ZHOU Zhen-xi
	ZHANG Yuan-yuan
	ZHAO Hui-ru

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SUN Jing-qi,ZHANG Zhuo-la,ZHOU Zhen-xi等. Quota compliance strategies of thermal power enterprises under the coordination of energy-consuming right trading and carbon emission trading market[J]. CHINA ENVIRONMENTAL SCIENCECE, 2024, 44(4): 1840-1850.

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http://www.zghjkx.com.cn/EN/ OR http://www.zghjkx.com.cn/EN/Y2024/V44/I4/1840

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