According to www.icicidirect.com, India’s copper demand is forecast to expand at a compound annual growth rate (CAGR) of 9–9.5% through 2030, reaching 3–3.3 million tonnes in that year.
Copper Demand Driven by Electrification and Infrastructure
The projected surge reflects accelerating deployment of electric vehicles, renewable energy infrastructure, and urban electrification projects across India. According to the report, domestic copper consumption stood at approximately 1.4 million tonnes in fiscal year 2023–24 — implying a near doubling over the next six years. This trajectory aligns with national targets for 500 GW of non-fossil energy capacity by 2030 and an estimated 30 million electric vehicles on Indian roads by the same date — both highly copper-intensive transitions.
The report notes that copper intensity per EV is roughly 80–100 kg, compared to 20–30 kg in internal combustion engine vehicles — a structural driver of material demand. Similarly, solar photovoltaic installations require 5.5 tonnes of copper per megawatt, while onshore wind farms use 3.5 tonnes per megawatt — reinforcing the link between clean energy rollout and copper consumption.
Supply Gap and Import Dependence
India currently produces less than 0.1 million tonnes of refined copper annually — less than 7% of its current demand — making it heavily reliant on imports. The source states that import dependency exceeds 90%, with major suppliers including Chile, Peru, and Zambia. Domestic mining remains constrained by regulatory delays, land acquisition challenges, and limited exploration investment — factors that have kept India’s share of global copper reserves below 0.5%.
ICICI Direct highlights that refining capacity additions — such as Hindalco’s planned expansion at its Dahej plant — are expected to raise domestic output to 0.15 million tonnes by 2027. However, even with this increase, net import requirements will remain above 2.8 million tonnes in 2030 under the base-case forecast.
Price Sensitivity and Substitution Risks
The report cautions that sustained high copper prices — averaging $8,200 per tonne in 2024 — could trigger substitution efforts in certain applications. Aluminum is already being adopted in power transmission lines and some EV battery interconnects, though technical limitations persist in high-conductivity, high-reliability segments. According to ICICI Direct, aluminum substitution accounts for less than 3% of total copper demand today but warrants monitoring given cost volatility.
Recycling is identified as a growing contributor: India’s secondary copper production reached 0.22 million tonnes in FY2024 — up from 0.17 million tonnes in FY2021 — representing roughly 15% of total supply. The report projects recycled copper to meet 18–20% of demand by 2030, supported by formalization of scrap collection networks and policy incentives under the Extended Producer Responsibility framework.
Strategic Implications for Supply Chain Stakeholders
For procurement and logistics professionals, the forecast underscores urgency in securing long-term offtake agreements and diversifying sourcing geographies. Lead times for copper cathode shipments from South America now average 65–75 days, while port congestion in Mumbai and Chennai adds 7–10 days to inland delivery. The source emphasizes that just-in-time inventory models are increasingly untenable; companies are advised to maintain safety stocks covering 45–60 days of consumption.
From a supplier development perspective, ICICI Direct recommends prioritizing partnerships with smelters certified under the Responsible Minerals Initiative (RMI), given tightening ESG compliance requirements for downstream users in automotive and electronics sectors. The report also notes that India’s draft National Mineral Policy 2024 proposes expedited environmental clearances for brownfield copper refining expansions — a potential catalyst for near-term capacity additions.
Source: icicidirect.com
Compiled from international media by the SCI.AI editorial team.
