大数据驱动的服务运营系统性优化与管理——以新能源汽车为例
项目来源
项目主持人
项目受资助机构
立项年度
立项时间
项目编号
研究期限
项目级别
受资助金额
学科
学科代码
基金类别
关键词
参与者
参与机构
项目受资助省
项目结题报告(全文)
1.Optimal Decision and Joint Carbon Reduction in a Supply Chain with Carbon Emissions Dependent Stochastic Demand
- 关键词:
- Carbon;Carbon Economy;Carbon emissions;Contracts;Cost effectiveness;Cost reduction;Decision making;Emission control;Investments;Sales ;Stochastic control systems;Stochastic systems;Taxation;Carbon emissions;Carbon emissions reductions;Carbon reduction;Carbon tax regulation;Carbon taxes;Chain management;Emission taxes;Loss-aversion;Reduction technologies;Technology investments
- Zhao, Han;Yan, Lixun;Liao, Yu
- 《44th Chinese Control Conference, CCC 2025》
- 2025年
- July 28, 2025 - July 30, 2025
- Chongqing, China
- 会议
This paper studies one risk-neutral supplier and one loss-averse retailer supply chain with reference dependence under carbon emissions tax regulation, where stochastic demand is sensitive to carbon emissions. The optimal decision-making for both supplier and retailer in the supply chain are derived. Specifically, the loss-averse retailer's optimal ordering policy is obscure, and affected by the loss aversion, carbon tax, contract parameters, random demand and yield. It is shown that the optimal ordering quantity of the retailer decreases in the carbon emissions tax and loss aversion level. Further, The risk-neutral supplier's optimal carbon reduction technology investment level is affected by costs for carbon emission reduction, cost-sharing ratios, carbon emissions tax, contract parameters and random demand. It is demonstrated that the higher the retailer's sharing ratio of carbon emission reduction costs, the higher the supplier's optimal carbon reduction technology investment level. In addition, this paper shows that the call option contract improves the supply chain's the performance and decreases invalid carbon emissions. Finally, it is shown that the joint carbon emission reduction and coordination of the supply chain need to meet two conditions, which related to the demand distribution and carbon reduction technology investment level. © 2025 Technical Committee on Control Theory, Chinese Association of Automation.
...
