UPSC » Daily News Analysis ‘The “Copper Crunch”: How the Electric Vehicle Revolution is Straining Global Resources’ : 21 January

Daily News Analysis ‘The “Copper Crunch”: How the Electric Vehicle Revolution is Straining Global Resources’ : 21 January

Why in News?

In January 2026, global commodity analysts warned that the rapid transition to Electric Vehicles (EVs) has triggered a structural copper deficit, with demand projected to reach 30 million tonnes while supply plateaus at 28 million tonnes, creating a “jaw-opening deficit” that threatens climate goals.

Higher Intensity per Vehicle: EVs require four to five times more copper than internal combustion engine (ICE) vehicles, primarily for battery foils, high-voltage wiring harnesses, and electric motors.
Infrastructure Backbone: Beyond the vehicle itself, copper is indispensable for EV charging stations, upgraded electrical grids, and renewable energy sources like wind and solar.
Technological Lockstep: From 2016 to 2024, copper demand elasticity remained mostly above 1.0, meaning copper consumption grew even faster than the rate of EV adoption.
Critical Mineral Status: Recognizing its strategic importance, major economies including the United States and India have formally added copper to their Critical Minerals Lists as of late 2025.

Structural Deficit in 2026: For the first time in modern industrial history, a structural deficit of nearly 2 million tonnes is expected this year as demand outpaces mining capacity.
Declining Ore Grades: Existing mines in major producing regions like Chile and Peru are seeing a decline in ore quality, requiring more energy and cost to extract the same amount of metal.
Long Lead Times: It typically takes 10 to 15 years to bring a new copper mine from discovery to full production, making it impossible for supply to react quickly to the EV boom.
Geopolitical Disruptions: Major supply shocks, such as the Grasberg mine closure in Indonesia (following a 2025 mudslide), have removed hundreds of thousands of tonnes from the global market.

Market Hegemony: China accounts for nearly 60% of global EV-related copper consumption, driven by its massive domestic market and control over 70% of global battery cell production.
Refining Advantage: While the U.S. operates only a few copper smelters, China manages over 200, giving it unparalleled “midstream” control over the processed metal supply chain.
Strategic Leverage: China’s early investments in African and Latin American mines allow it to secure long-term supply contracts, leaving Western nations to compete for increasingly scarce “spot” market supplies.
Pricing Power: The concentration of demand in China allows it to function as the primary price-setter for global copper, influencing the manufacturing costs of EVs worldwide.

Import Dependency: India currently depends on imports for over 90% of its copper concentrate requirements, making its “FAME” and “PLI” schemes for EVs vulnerable to global price spikes.
Mineral Diplomacy: In early 2026, India intensified its mineral diplomacy, sending high-level delegations to Zambia and Chile to acquire overseas copper assets through state-owned companies like Khanij Bidesh India Ltd (KABIL).
Urban Mining and Recycling: To reduce primary demand, the Indian government is promoting circular economy policies and “Urban Mining” to recover copper from electronic waste and end-of-life vehicles.
Fiscal Pressure: Domestic copper prices in India have been further pressured by Rupee depreciation (trading near 90 to the USD in 2026), increasing the cost of electrification for Indian consumers.