…by Veera Vikram Nuthalapati, Whole-time Director, Sri Priyanka Geo Commex
By 2030, India’s annual copper demand could reach 3.24 million tonnes, almost double the country’s consumption in FY25. The rise reflects the pace at which India is adding new power capacity, expanding infrastructure, building manufacturing facilities and moving towards electric mobility. Copper is already part of many of these developments. Electric vehicles use it in motors, wiring and charging systems. Renewable-energy projects need copper for generators, cables and electrical equipment. Transmission networks, buildings, factories, data centres and other power-intensive infrastructure are adding to the requirement as well.
The growth is already visible in the numbers. India’s copper consumption increased 9.3% in FY25 to 1.878 million tonnes, with demand rising across construction, infrastructure, transportation, consumer durables and industrial applications. Green technologies are also emerging as a fast-growing source of demand. According to the International Copper Association India, green technologies accounted for 4.6% of India’s copper demand in FY25 and grew 32% year-on-year. The supply side is growing too. India produced 5.73 lakh tonnes of refined copper in FY25, up 12.6% from what it was in 2024. At the same time, copper imports rose 4% to 1.2 million tonnes in FY2024–25. The numbers show how the domestic industry and international supplies are developing alongside rising demand.
This is pushing the copper industry towards a broader supply strategy. India is increasing exploration for new resources, expanding domestic smelting and refining capacity, developing international supply partnerships, and creating policies that can bring more copper back into circulation through recycling. The opportunity is significant. As India’s infrastructure and energy needs grow, building a reliable copper supply chain can become an important part of supporting that expansion.
The copper requirement is moving beyond automobiles.
The copper story becomes clearer when viewed through India’s wider infrastructure build-out. Electric vehicles need copper across motors, wiring, batteries, charging equipment, and electrical systems. Renewable-energy projects require copper for generators, cables, transformers and grid connections.
As solar and wind capacity expands, the electricity they produce must also travel through increasingly sophisticated transmission networks. The scale of that transition is already visible. India crossed 300.50 GW of installed non-fossil-fuel power capacity as of 31 July 2026, representing more than 54% of total installed power capacity.
This demand is not limited to large energy projects. Construction, industrial equipment, consumer durables, and transportation are also adding to copper consumption. In FY25, building and construction accounted for 25% of India’s copper demand, infrastructure for 17%, industrial applications for 19%, transportation for 8% and consumer goods for 14%, according to industry data.
The next challenge is not simply generating more electricity but moving it. India’s transmission planning is being designed to integrate more than 500 GW of renewable-energy capacity by 2030, with the transmission network of 220 kV and above projected to expand to 6.48 lakh circuit kilometres by 2031–32. Every additional kilometre of electrical infrastructure adds to the importance of reliable copper supply.
India cannot rely only on what it already mines
India has copper resources, and its domestic production is increasing too. During FY2025–26, Hindustan Copper Limited, India’s principal domestic copper mining company, produced 3.67 million tonnes of copper ore, about 6% higher than the previous year, and 27,421 tonnes of metal-in-concentrate, up 9% year-on-year.
The country is also building more capacity to process copper domestically. India’s installed refined copper capacity has reached around 12.85 lakh tonnes a year, with major producers adding to the country’s smelting and refining base. This gives India a stronger position further down the supply chain, even as the country continues to source part of its raw material from international markets. The focus now is on expanding both domestic resources and the processing capacity needed to turn those resources into usable copper.
So, where can the additional copper come from?
The first part of getting additional copper is exploration. Copper deposits that were previously difficult to explore or economically unattractive are becoming more strategically important.
The Government has been expanding the use of exploration licences for deep-seated and critical minerals, while strengthening geological data and exploration capabilities. The broader mining push is already substantial. In FY 2025–26, India auctioned a record 212 mineral blocks, including 22 critical and strategic mineral blocks. By June 2026, India had successfully auctioned 56 critical and strategic mineral blocks, along with 11 exploration-licence blocks.
The significance is not that every auctioned block will immediately produce copper. It is that India is trying to shorten the distance between geological potential and commercially usable mineral resources.
Overseas sourcing will remain part of the mix
Overseas sourcing will remain part of the equation. Even with faster domestic exploration, India is unlikely to become completely self-sufficient in copper ore and concentrate in the near term.
That makes overseas mineral security important. The Government’s strategy increasingly treats critical minerals as a supply-chain issue rather than simply a mining issue. India is pursuing international cooperation, overseas exploration and access to mineral resources that can feed domestic value chains. The Government also highlighted the strategic importance of alternative resource frontiers such as deep-sea minerals.
Copper was specifically identified among the minerals relevant to clean energy technologies, advanced manufacturing and electric mobility. This matters because supply security cannot be built by looking only within India’s geological boundaries. A resilient copper strategy is likely to involve a combination of domestic resources and diversified international supply chains.
Recycling: to add another source of copper
Copper does not disappear when a cable, motor, electrical component, or piece of equipment reaches the end of its first life. It can potentially re-enter the production cycle through recycling. For a country facing rising demand and limited primary resources, that makes secondary supply increasingly important.
The Government has begun backing this idea with policy. The Ministry of Mines announced that 58 entities had been found eligible under the ₹1,500-crore incentive scheme for critical-mineral recycling. The scheme covers recovery of critical minerals from lithium-ion batteries, e-waste, and industrial scrap. Although the scheme is broader than copper alone, its direction is relevant. The future mineral system cannot depend entirely on extracting new material; it will also need to recover more value from material already circulating in the economy.
From copper security to supply-chain security
This is why India’s copper challenge is bigger than mining. A copper mine without processing capacity does not create a complete supply chain. A refinery without reliable concentrate does not solve the raw-material problem. Imported material without diversified logistics creates another vulnerability. And primary production without recycling leaves valuable secondary resources unused. The Government’s broader critical-mineral strategy is therefore moving towards the entire chain: exploration, mining, processing, recycling and international sourcing. The National Critical Mineral Mission provides the policy framework for this transition, while the Government has also been pushing faster exploration and stronger domestic value chains to reduce import dependence.
The copper question, then, has no single answer. Some of India’s future copper will come from more domestic exploration and mining. Some will continue to come through international mineral supply chains. And an increasing share can potentially come from recycling the copper already embedded in India’s industrial economy. That is ultimately what the copper boom is forcing India to confront. The clean-energy transition is not only a race to build more EVs, renewable plants, and transmission infrastructure. It is also a race to secure the minerals that make those systems possible. For India, copper security is becoming infrastructure security. And the countries that build resilient copper supply chains today will have a significant advantage in building the energy and mobility systems of tomorrow.
