Daehan Electric Wire is set to incorporate artificial intelligence (AI) technology into its high-voltage cable production processes as part of a government-led research and development (R&D) initiative.
On June 29, Daehan Electric Wire announced that it has been selected as a joint research and development institution for the 'Industry AI Agent Technology Development Project,' which is being promoted by the Ministry of Trade, Industry and Energy and the Korea Industrial Technology Promotion Agency (KIAT).
This project is part of the government's 'Manufacturing AI Transformation (M.AX)' strategy, aimed at enhancing industrial competitiveness by applying industry-specific AI agent technology in manufacturing settings. The R&D period will run from this year until December 2028.
Daehan Electric Wire will participate in a consortium with specialized smart factory solution companies. The consortium plans to utilize operational experience and data from high-voltage cable manufacturing to apply and validate AI-based production innovation technologies in real processes.
The goal is to analyze production and quality data in real-time to improve process efficiency while simultaneously predicting and optimizing manufacturing variables to ensure productivity and quality stability.
Recently, Daehan Electric Wire has been strengthening its technological competitiveness in key power infrastructure areas, including high-voltage and submarine cables, as well as high-voltage direct current (HVDC) systems. The company aims to establish an AI-based production system to better support national key power grid projects, such as the West Coast Energy Highway.
A representative from Daehan Electric Wire stated, "With the selection for this national project, we will significantly enhance the productivity and quality competitiveness of cable manufacturing. We will continue to expand AI-based production innovations to strengthen our capabilities in critical areas like submarine cables and HVDC, ensuring stable responses to national power grid projects."
* This article has been translated by AI.
Copyright ⓒ Aju Press All rights reserved.