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基于演化博弈的中通快递供应链碳减排研究

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以政府、企业(中通快递)和低碳服务提供商为博弈主体,创建政府、企业以及低碳服务提供商三方收益矩阵。利用系统动力学模型,把三者的策略集作为存量,把影响三者收益的关键因素作为外生变量,通过Vensim软件进行仿真分析。研究得出,通过降低政府的监管成本、增加罚金的额度和降低低碳服务提供商提供服务时的额外成本等方式推进三方演化博弈模型达到稳定策略,可以降低企业的碳排放,同时也对环境保护有重大贡献。
Research on Carbon Emission Reduction in ZTO Express Supply Chain Based on Evolutionary Game Theory
This paper takes the government,enterprises ( ZTO Express) and low-carbon service providers as the main body of the game,and creates a tripartite payoff matrix of the government,enterprises and low-carbon service providers. On the basis of system dynamics,the simulation analysis is carried out by Vensim software,regarding the strategy sets of three parties as stock and the key factors influencing their earnings as exogenous variables. It is found out from the study that reducing the government's regulatory cost,increasing the amount of fines and reducing the additional cost of low-carbon service providers to promote the tripartite evolutionary game model to achieve a stable strategy can reduce the carbon emissions of enterprises and make a significant contribution to environmental protection.

evolutionary gamecarbon emission reductionsystem dynamics

孙智源、欧阳佳美

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大连东软信息学院 信息与商务管理学院,辽宁 大连 116023

演化博弈 碳减排 系统动力学

2024

物流工程与管理
中国仓储协会 全国商品养护科技情报中心站

物流工程与管理

影响因子:0.412
ISSN:1674-4993
年,卷(期):2024.46(7)