首页|碳交易政策下基于技术投资的供应链纵向合作动态减排研究

碳交易政策下基于技术投资的供应链纵向合作动态减排研究

扫码查看
在碳交易政策背景下,以投资碳减排技术的制造商和投资区块链技术的零售商组成的供应链为研究对象,建立基于技术投资的集中决策模型、分散决策模型和纵向合作决策模型,运用微分博弈的方法研究供应链的技术投资决策与纵向合作策略问题,并设计双向成本分担契约来协调供应链。研究结果表明:只有当零售商的边际利润满足一定条件时,零售商才会选择与制造商纵向合作,且碳交易政策的存在会使纵向合作的条件变得更加严格;纵向合作能够实现供应链"减排增效"的双重红利;当碳交易价格高于某一阈值时,消费者绿色偏好和绿色信息敏感度的增加会降低供应链成员的技术投资水平;在一定条件下,双向成本分担契约能够完全协调供应链。
Research on dynamic emission reduction of supply chain vertical cooperation based on technology investment under carbon trading policy
In the context of carbon trading policy,a supply chain consisting of manufacturers who invest in carbon emission reduction technology and retailers who invest in blockchain technology is used as the research object.A centralized decision model,a decentralized decision model and a vertical cooperation decision model based on technology investment are developed,and a differential game approach is applied to study the problem of technology investment decision and the vertical cooperation strategy of the supply chain,and a two-way cost-sharing contract is designed to coordinate the supply chain.The results show that:Retailers will choose to cooperate with manufacturers only when their marginal profits meet certain conditions,and the existence of carbon trading policies will make the conditions for vertical cooperation more stringent;Vertical cooperation can achieve the double dividend of"emission reduction and efficiency enhancement"in the supply chain;When the price of carbon trading is higher than a certain threshold,consumers'green preferences and green information sensitivity will not be affected;When the price of carbon trading is above a certain threshold,the increase in consumer green preferences and green information sensitivity will reduce the level of technology investment by supply chain members;Under certain conditions,two-way cost-sharing contracts can fully coordinate the supply chain.

carbon trading policycarbon emission reduction technology investmentblockchain technology investmentvertical cooperationdynamic emission reduction

王道平、常敬雅、郝玫

展开 >

北京科技大学经济管理学院,北京 100083

碳交易政策 碳减排技术投资 区块链技术投资 纵向合作 动态减排

2024

控制与决策
东北大学

控制与决策

CSTPCD北大核心
影响因子:1.227
ISSN:1001-0920
年,卷(期):2024.39(5)
  • 30