Digital Technology Empowering Green Low-Carbon in Global Industrial Chain: Theoretical Mechanism and Implementation Path

Abstract

Abstract: In the current new situation, with the rapid development of digital technology and the demand for green and low-carbon transformation, the global industrial chain is undergoing new changes, and digital technology has become a key force in promoting the green and low-carbon transformation of the global industrial chain. On the basis of defining the connotation of green and low-carbon in the global industrial chain, this paper explores how digital technology empowers the global industrial chain with green and low-carbon through the integration and sharing effect, precise allocation effect, and collaborative innovation effect. However, at present, the empowerment of green and low-carbon global industrial chains by digital technology still faces practical challenges, such as insufficient depth of digital technology integration, low degree of supply-demand matching in the global industrial chain, and increased difficulties in collaborative innovation. Therefore, in order to better promote the empowerment of global industrial chains with green and low-carbon digital technology, it is necessary to improve the integration standard system and deepen the application of digital technology, narrow the digital technology gap and improve the precise allocation capability of the global industrial chain, establish a sound intellectual property protection system and promote collaborative innovation in the global industrial chain.

Key words: digital technology, global industrial chain, green low-carbon

CLC Number:

F741

FANG Yu-xia, YUAN Hong-lin, LIU Chen. Digital Technology Empowering Green Low-Carbon in Global Industrial Chain: Theoretical Mechanism and Implementation Path[J]. Journal of Jiangxi University of Finance and Economics, 2024, 0(6): 25-35.

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