系统科学与数学2024,Vol.44Issue(1) :200-216.DOI:10.12341/jssms23034

碳限额与交易机制下企业减排技术授权策略研究

Research on Enterprise Emission Reduction Technology Authorization Strategy Under Carbon Cap-and-Trade Mechanism

林志炳 张娟
系统科学与数学2024,Vol.44Issue(1) :200-216.DOI:10.12341/jssms23034

碳限额与交易机制下企业减排技术授权策略研究

Research on Enterprise Emission Reduction Technology Authorization Strategy Under Carbon Cap-and-Trade Mechanism

林志炳 1张娟1
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作者信息

  • 1. 福州大学经济与管理学院,福州 350116
  • 折叠

摘要

在碳交易机制背景下,考虑消费者具有低碳偏好的情况,文章通过构建一个竞争性双寡头垄断市场,研究了创新型企业的最优减排技术授权策略的选择问题,分析了固定费用、特许费用和两部制费用三种授权策略,并探究了技术授权策略对环境产生的影响.研究发现:1)两部制费用授权策略对技术持有企业来说总是最优的,而固定费用授权和特许费用授权二者之间的优劣,由产品间替代度和减排率两个因素共同决定;2)无论创新程度如何,固定费用授权对环境的影响最大,而当减排率很小时,两部制费用授权产生的碳排放总量最小.否则,特许费用授权下的碳排放总量最小.

Abstract

In the context of carbon trading mechanism,considering the low carbon preference of consumers,this paper studies the selection of the optimal emission re-duction technology authorization strategy for innovation-oriented enterprises by con-structing a competitive duopoly market,analyzes the three authorization modes of fixed fee,franchise fee and two-system fee,and explores the impact of technology authorization strategy on the environment.The results show that:1)The two-part licensing strategy is always the best for the technology owning enterprises,and the advantages and disadvantages of fixed-fee licensing and licensing fee licensing are de-termined by the substitution degree and emission reduction rate between products;2)Regardless of the degree of innovation,fixed-fee authorization has the greatest impact on the environment.When the emission reduction rate is very small,the total carbon emission generated by the two-part fee authorization is the minimum;Otherwise,the total carbon emission generated by the license fee authorization is the minimum.

关键词

减排技术/技术授权/碳交易/消费者低碳偏好

Key words

Emission reduction technology/technology authorization/carbon trad-ing/consumer low-carbon preference

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基金项目

国家社会科学基金(18BGL106)

福建省社会科学基金规划重点项目(FJ2022A007)

出版年

2024
系统科学与数学
中国科学院数学与系统科学研究院

系统科学与数学

CSTPCDCSCD北大核心
影响因子:0.425
ISSN:1000-0577
参考文献量32
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