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数字技术协同低碳经济发展研究——基于SFIC模型分析

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提升数字技术协同低碳经济发展,加快形成新质生产力离不开数字技术的深度开发和广泛应用.因此,应加快数字产业化进程,推动了数字技术创新成果的转化,进一步夯实了碳达峰目标,打造了国际一流水平的低碳产业集群.但是,如何促进数字技术与低碳经济深度协同是值得思考的问题.因此,加快形成新质生产力成为亟待研究的问题.已有研究表明,新质生产力的表现形式主要有"数字生产力""绿色生产力".基于此,本文对数字技术协同低碳经济发展进行研究分析,用SFIC模型分析,揭示了数字技术的应用不仅可以促进生产企业低碳经济模式的迭代升级,促使企业技术应用迈向智能化和数据化,并在这一过程中,实现企业自上而下、从管理到生产应用的全面效率提升.
Research on digital technology collaboration with Low-carbon economic development:Based on SFIC model analysis
Enhancing the synergy of digital technology with low-carbon economic development and accelerating the formation of new quality productive forces are inseparable from the deep development and widespread application of digital technologies.Against this backdrop,the process of digital industrialization has been accelerated,promoting the transformation of digital technology innovations into practical outcomes,further consolidating goals for peak carbon emissions and creating world-class low-carbon industry clusters.However,how to promote deep synergy between digital technology and the low-carbon economy is a question worth considering.Therefore,accelerating the formation of new quality productive forces becomes an urgent issue to be studied.Existing research indicates that the manifestations of new quality productive forces mainly include"digital productivity"and"green productivity."Based on this,this paper conducts a research analysis on the synergy of digital technology with low-carbon economic development using the SFIC model.It reveals that the application of digital technology can not only promote the iterative upgrading of the low-carbon economic models of production enterprises but also advance enterprises'technology application towards intelligence and data orientation,achieving comprehensive efficiency improvements from top-down management to production application throughout the process.

digital technologyLow-carbon economynew quality productive forcesSFIC collaboration model

余基洋、LEE Min-Kyu

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韩国国立釜庆大学技术经营专门大学院,韩国 釜山 48547

数字技术 低碳经济 新质生产力 SFIC协同模型

2024

未来与发展
中国未来研究会

未来与发展

CHSSCD
影响因子:0.396
ISSN:1003-0166
年,卷(期):2024.48(10)