基于碳限额政策的供应链减排创新决策博弈研究
Research on Innovative Decision-Making Game of Supply Chain Emission Reduction Based on Cap-and-Trade Policy
摘要: 面对愈发严峻的全球气候局势，供应链低碳化逐渐成为人们关注的话题与未来发展趋势。在此背景下，本文基于供应链理论与博弈论方法，结合碳限额与碳交易政策背景，构建供应链减排创新决策博弈模型，分析在集中决策与分散决策情形下供应链的低碳表现。研究发现，集中决策在各个维度上均优于分散决策，且低碳创新成本的大小、消费者对产品的低碳偏好程度在两种决策模型中起到不同方向的影响。
Abstract: In the face of the increasingly severe global climate situation, supply chain decarbonization has gradually become a topic of concern and future development trend. In this context, based on the supply chain theory and game theory, this paper constructs a game model of supply chain innovation decision based on the background of carbon cap and carbon trading policy, and analyzes the low-carbon performance of both suppliers under the centralized and decentralized decision situations. It is found that the centralized decision is better than the decentralized decision in all dimensions, and the magnitude of low-carbon innovation cost and the degree of consumers’ low-carbon preference for products play different directions in the two decision models.
文章引用：宋慧琳. 基于碳限额政策的供应链减排创新决策博弈研究[J]. 运筹与模糊学, 2022, 12(2): 508-517. https://doi.org/10.12677/ORF.2022.122053

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