
India, South Korea Strengthen Tech Ties in Chips, Green Energy
- India and South Korea are partnering to build India’s semiconductor ecosystem by 2030
- India is developing a skilled semiconductor workforce and supporting fabless design startups
- The partnership extends to renewable energy and green hydrogen, with joint ventures
India and South Korea have established a partnership that is of great importance from a strategic point of view, which is mainly due to their cooperation in the high-tech sectors of semiconductors and sustainable energy.
Both nations are deepening their partnership through semiconductor collaboration and green energy initiatives in India. The tech collaboration focuses on chip manufacturing, renewable energy, and sustainable technology, strengthening India-Korea trade and fostering semiconductor innovation and clean energy partnership.
This change is a gradual process of moving from mere trade ties to extensive technological cooperation, which is necessary for securing the future in a global scenario marked by geopolitical conflicts and changing supply chains.
The New Southern Policy of South Korea creates the diplomatic basis for converting economic and technological cooperation into a strong strategic partnership, thereby increasing the power of both countries in the Indo-Pacific region.
The semiconductor industry is a key factor in this partnership, as it is in line with India’s ambition to become a major player in the global semiconductor market by 2030. To support its goal, India is implementing the Semiconductor Mission and offering policy incentives to set up fabrication plants and establish a complete supply chain that includes chip design, manufacturing, assembly, testing, and packaging.
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South Korea, a semiconductor superpower with its giants Samsung and SK Hynix, offers its expertise, technology, and money as a natural partner in this indispensable industry. The collaboration in research and development on upcoming technologies like AI chips and 3D packaging, as well as opening of innovation hubs, will lead to a substantial reduction in India’s reliance on Chinese supply chains and an increase in its technological autonomy.
India is also propelling the formation of a trained semiconductor workforce through specialized educational programs and public–private partnerships, in addition to offering support to fabless design startups to capitalize on domestic chip design talent and further integrate into the global semiconductor value chain.
The power feature of the alliance is just as life-changing. India is targeting to become a major player in renewable energy and has launched the National Green Hydrogen Mission, which goes hand in hand with the solar, wind, energy storage, and green hydrogen sectors where South Korea is expert.
The granting of project development rights, technology transfer, and joint ventures will quicken India’s clean energy transition. Future collaboration is foreseen to be centered around finding solutions to advanced battery storage, which is crucial for managing the grids with an increasing share of renewables.
Korean investment and tech are perceived as the driving forces for making local production big, shrinking carbon footprints, and meeting India’s climate and green industrial growth aspirations.
