Analysis of Factors Affecting the Profits of Closed-Loop Supply Chain Members Under Different Subsidy Objects

Jing-hua, Zhao; Zeng, Dalin; Zhou, Ting-Wei; Yan, Hui; Sun, Na

doi:10.32604/csse.2020.35.127

Cited by 5 publications

(6 citation statements)

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“…(2016a, b) discussed the pricing mechanisms of various closed-loop supply chain subsidies. Zhao and Lin (2017) analysed the influences of subsidy objects on channel members' pricing decisions and profits. Li et al.…”

Section: Literature Reviewmentioning

confidence: 99%

A closed-loop power battery supply chain differential game model considering echelon utilization under a cost subsidy

Shan

Hou

2022

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Purpose This study considered the dynamic equilibrium decision-making problem in a three-level supply chain comprising a manufacturer, a recycler and an echelon utilization (EchU) enterprise under the condition of cost-sharing coordination. Design/methodology/approach This study constructed a differential game model based on cost-sharing coordinated decision-making among a manufacturer, a recycler and an EchU enterprise operating under a cost subsidy. The study determined the optimal equilibrium strategies and evolutionary characteristics of subsidy mechanisms in a closed-loop supply chain. Finally, this study numerically simulated the path evolution process of vehicle battery EchU, the profit of each stakeholder and the sensitivity of parameters and verified the influences of various parameters on the overall structure and path. Findings The results show that a cost subsidy policy has a moderating effect on the EchU decision-making process and supply chain profit. The effect of that policy increases over time. Practical implications This study determined the equilibrium decision-making of enterprises in a closed-loop vehicle battery supply chain from a dynamic perspective, as well as the combined effects of government subsidy policies and cost-sharing coordination mechanisms. Social implications The results have important guiding significance for coordination and cooperation between enterprises in closed-loop supply chains, for their decision-making and for the development of government subsidies. Originality/value This study considered the effects of government subsidies on closed-loop supply chains and the introduction of an EchU market to a closed-loop vehicle battery supply chain.

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Section: Literature Reviewmentioning

confidence: 99%

A closed-loop power battery supply chain differential game model considering echelon utilization under a cost subsidy

Shan

Hou

2022

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“…Subsidizing third parties can stimulate the recycling of scrap products, but it is unfavorable to manufacturers. 45 The latest literature mostly focuses on the impact of government subsidies on supply chain profit distribution. 45,46 Wang et al 47 believe that public policy has a farreaching impact on the low-carbon supply chain, and consider the economic irrational factors that affect decision makers, such as altruistic preference, social responsibility, fair attention, which are the same as the low-carbon consumption preference studied in this paper, and use Stackelberg Game to solve it.…”

Section: Research On Clsc Considering Government Subsidiesmentioning

confidence: 99%

“…45 The latest literature mostly focuses on the impact of government subsidies on supply chain profit distribution. 45,46 Wang et al 47 believe that public policy has a farreaching impact on the low-carbon supply chain, and consider the economic irrational factors that affect decision makers, such as altruistic preference, social responsibility, fair attention, which are the same as the low-carbon consumption preference studied in this paper, and use Stackelberg Game to solve it. Their views are as follows: (1) The intervention of the government subsidy mechanism will bring new changes to the operation of CLSC.…”

Section: Research On Clsc Considering Government Subsidiesmentioning

confidence: 99%

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Recycling model of low‐carbon and closed‐loop supply chain considering government subsidies

Xie

Jiang

Qin

et al. 2022

Energy Science & Engineering

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“…Cooperation is the prerequisite of benefit distribution, and a reasonable benefit distribution scheme is the guarantee of stable cooperative relationship. For supply chain members, joining the supply chain alliance can not only enjoy various shared resources brought by collaboration, but also improve efficiency and reduce costs, so as to gain more benefits [8]. However, combined with the current situation of e-commerce supply chain cooperation, its profit distribution model is often difficult to put into practice technically.…”

Section: Design Of Profit Distribution Algorithm For E-commerce Supply Chainmentioning

confidence: 99%

A Novel Algorithm for Profit Distribution of Sustainable Development Using E-Commerce Supply Chain

2021

Mobile Information Systems

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E-commerce supply chain actually deals with the acquisition of the raw materials, their timely processing, and on-time delivery to the right place. It deals with a number of processes such as supply and demand, managing order entry, and inventory tracking. Now profit distribution models are actually stochastic models that are used to optimize the gains and profits in a particular business. They actually generate modern time solutions to the existing problems in a sustainable environment. However, in order to solve the problems existing in the traditional profit distribution algorithm of the e-commerce supply chain, such as low distribution accuracy and large time cost, a profit distribution algorithm of the e-commerce supply chain under the concept of sustainable development was designed. It was supported by the concept of sustainable development, and the coefficient of income distribution is calculated according to the equilibrium bidding strategy of supply chain alliance and its members, net present value of income distribution, total investment, minimum expected rate of return on investment, and other parameters. First, calculate the Shapley value of the profit distribution of the power supply chain, and obtain the correction coefficient through the correction matrix, dimensionless processing, and analytic hierarchy process. Use the correction coefficient to correct the Shapley value and the income distribution coefficient to realize the design of the profit distribution algorithm for the power supply chain. The experimental results show that the algorithm has low relative error rate, high precision, and short time cost of profit distribution coefficient calculation.

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Analysis of Factors Affecting the Profits of Closed-Loop Supply Chain Members Under Different Subsidy Objects

Cited by 5 publications

References 0 publications

A closed-loop power battery supply chain differential game model considering echelon utilization under a cost subsidy

A closed-loop power battery supply chain differential game model considering echelon utilization under a cost subsidy

Recycling model of low‐carbon and closed‐loop supply chain considering government subsidies

A Novel Algorithm for Profit Distribution of Sustainable Development Using E-Commerce Supply Chain

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