The production strategy for two products considering stochastic demand under cap-and-trade regulation

Huang, He; Ma, Changsong

doi:10.1504/ijims.2018.090589

Cited by 3 publications

(3 citation statements)

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“…Green technology input was included into the model to study the crosscycle production decisions of manufacturing enterprises under the constraint of carbon trade policies [24]. He and Ma [25] studied the production decisions of the manufacturing enterprise with two types of products under the carbon trade policies, which obtained the optimal production combination of the manufacturing enterprise and analyzed the impact of carbon trade policies on the optimal decisions of the manufacturing enterprise [26]. Jian, He, Ma, Wu, and Yang [27] studied the pricing decision of competitive and cooperative products in a duopolistic market under the constraint of carbon cap policy, and obtained optimal decisions under the two conditions of competition and cooperation on the basis of extended solution of the Bertrand Game Model [28].…”

Section: Literature Reviewmentioning

confidence: 99%

A Decision-Making System for Low Carbon Manufacturing

Yuan

Yao

et al. 2022

Computational Intelligence and Neuroscience

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Based on the stochastic market demand of products, this paper studies the low-carbon manufacturing decisions making of manufacturing enterprises considering downward substitution and green technology input under the carbon cap-and-trade policy. The results show that the government’s carbon trade policy will have a great impact on the production of manufacturing enterprises. Therefore, manufacturing enterprises must attach importance to the constraints of the government’s carbon emission reduction policies. In terms of it, there are strategies for manufacturing enterprises such as adjusting the output, trading the carbon emission right, and so on. On this case, green technology input can increase the expected profit of manufacturing enterprises, especially in the case of downward substitution.

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Section: Literature Reviewmentioning

confidence: 99%

A Decision-Making System for Low Carbon Manufacturing

Yuan

Yao

et al. 2022

Computational Intelligence and Neuroscience

Self Cite

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“…By exploring the existing literatures, producers can obtain emission rights permission through three channels, which are production reduction, purification and purchase, the effectiveness of governance technology investment is proved [6]. Based on the theory of real option,the model of the green technology investment strategy of manufacturers under the condition of technology uncertainty is established [20], and the best time and value function of technology investment is obtained [13]. Zhao and Lv [27] discussed the low-carbonization strategy of enterprises under the carbon quota and trading policy, and analysed the cumulative emission reduction per unit product is affected by the input cost coefficient of low carbon technology and the price of carbon emission right [22].…”

Section: Literature Reviewmentioning

confidence: 99%

Production decision-making system for manufacturing enterprises constrained by carbon reduction policies

Yuan

Zhong

et al. 2021

Complex Intell. Syst.

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This paper studies the optimal low carbon production decision system with considered the constraints of carbon emission reduction policy for manufacturing enterprises producing two kinds of products in the free market. Firstly, The research proved the optimal production combination exists and it is unique under the carbon emissions limits, and next, the research analyzed the low-carbon production decision-making system in three situations, which are carbon emission trade decision, green technology input decision, and joint decision. The research results showed that carbon emission permits trade can increase more flexibility to manufacturing enterprises and increase their profits as well. However, the carbon emissions limits set by the government would have an important impact on the production decision system of manufacturing enterprises. Carbon emission permits trade and green technology investment can optimize and improve the production decision system of manufacturing enterprises to a certain extent. Meanwhile, the government's scientific and reasonable formulation of initial carbon quotas would mobilize the enthusiasm and initiative of manufacturing enterprises to participate in carbon emission reduction. The government should also guide and encourage enterprises to invest in and develop low-carbon emission reduction technologies through tax relief, so as to improve carbon emission reduction technologies and its innovations to reduce carbon dioxide emissions.

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“…Based on the extended Bertrand game model, the optimal decision-making under the two conditions of competition and cooperation was obtained. He and Ma [21] studied the production decision-making problem of two-product manufacturing enterprises under a carbon trading policy, solved and obtained the optimal production mix of manufacturing enterprises, and analyzed the impact of the carbon trading policy on the optimal decisionmaking of manufacturing enterprises.…”

Section: Literature Reviewmentioning

confidence: 99%

Integration of manufacturing and pricing for downward substitution products decision-making

2021

Complex Intell. Syst.

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With a cap-and-trade policy and green technology as inputs, we built a manufacturing ordering and pricing joint decision-making model for two downward substitution products to identify the conditions for optimal order quantities and prices of products under the additive demand case. Considering the case of a single period model, the conditions required for optimal manufacturing quantities and pricing were discussed, and the construction of the model was analyzed; furthermore, a study of the tactical choices between green technology inputs and manufacturing decisions was conducted, and the conditions required for green technology manufacturing input were obtained.

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The production strategy for two products considering stochastic demand under cap-and-trade regulation

Cited by 3 publications

References 0 publications

A Decision-Making System for Low Carbon Manufacturing

A Decision-Making System for Low Carbon Manufacturing

Production decision-making system for manufacturing enterprises constrained by carbon reduction policies

Integration of manufacturing and pricing for downward substitution products decision-making

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