首页|期刊导航|新疆师范大学学报(自然科学版)|新能源汽车供应链上下游联合减排协调研究

新能源汽车供应链上下游联合减排协调研究OA

Research on the Coordination of the Upstream and Downstream Joint Emission Reduction of New Energy Vehicles Supply Chain

中文摘要英文摘要

"双碳"目标成为战略目标后,作为汽车行业碳减排先锋产品的新能源汽车,如何实现其产业链碳排放量的进一步降低,值得深入探讨.文章对新能源汽车供应链上下游联合减排的协调问题进行研究,构建由动力电池供应商、整车制造商、汽车经销商组成的微分博弈模型,分析分散决策、集中决策、单边成本分担契约决策下的均衡解,最后选择双边成本分担契约协调供应链.研究表明,消费者的低碳偏好在新能源汽车供应链减排中可以发挥正向的市场驱动作用;双边成本分担契约可有效推动联合减排,提升供应链成员相关减排行为的努力程度,从而提高供应链减排效率;双边成本分担契约可以协调供应链,达到集中决策下供应链总利润的水平,实现供应链中各成员利润的帕累托改进.

After the dual carbon goals have become strategic targets,it is worth in-depth exploration on how to further reduce the carbon emissions of the industrial chain of new energy vehicles,which are the pioneers of carbon reduction in the automotive industry.This paper studies the coordination problem of joint carbon reduction in the upstream and downstream of the new energy vehicle supply chain,constructs a differential game model composed of battery suppliers,vehicle manufacturers and car dealers,analyzes the equilibrium solutions under decentralized decision-making,centralized decision-making and unilateral cost-sharing contract decision-making,and finally selects the bilateral cost-sharing contract to coordinate the supply chain.The research shows that consumers'low-carbon preferences can play a positive market-driven role in the carbon reduction of the new energy vehicle supply chain;The bilateral cost-sharing contract can effectively promote joint carbon reduction,enhance the efforts of supply chain members in related carbon reduction behaviors,and thereby improve the carbon reduction efficiency of the supply chain;The bilateral cost-sharing contract can coordinate the supply chain and reach the level of total supply chain profit under centralized decision-making,achieving Pareto improvement in the profits of each member of the supply chain.

陈艳;武亚倩

青岛理工大学 管理工程学院,山东 青岛 266520青岛理工大学 管理工程学院,山东 青岛 266520

管理科学

新能源汽车微分博弈联合减排成本分担

New energy vehiclesDifferential gameJoint emission reductionCost sharing

《新疆师范大学学报(自然科学版)》 2026 (1)

20-32,13

国家社会科学基金重大项目(21&ZD100)山东省自然科学基金面上项目(ZR2020MA028)山东省研究生优质课程项目(SDYKC2023089).

评论