The global shift towards electric vehicles (EVs) is not merely transforming the automotive industry; it's also igniting a massive surge in demand for critical minerals. Data from JPMorgan highlights that EVs necessitate substantially greater mineral content compared to traditional internal combustion engine vehicles, a trend poised to reshape global commodity markets and open new investment avenues.
According to Advait Arora, Investor & Founder at WealthEnrich, a modern electric vehicle requires approximately 200 kilograms of minerals for its construction. This contrasts sharply with a conventional petrol or diesel car, which needs only about 35 kilograms. Arora’s estimates break down the EV mineral requirement to include around 60 kg of copper, 40 kg of graphite, 30 kg of lithium, 25 kg of nickel, and 15 kg of manganese.
Global EV Sales Surge
JPMorgan data illustrates the dramatic expansion of the global EV market. In 2024, worldwide EV sales reached roughly 18 million units, accounting for 27% of all car sales—a significant leap from a negligible share a decade prior. China has emerged as the dominant force, selling an estimated 10-11 million EVs annually and securing about 60% of the global market. Europe follows with 4-5 million units (approximately 25%), while the US market accounts for around 2 million units (10-12%).
India's Accelerating EV Adoption
India, while a smaller player with about half a million EVs and a 2-3% market share, is experiencing rapid domestic growth. Electric car sales in India surged by 82% year-on-year in July 2026, reaching 31,788 units, up from 17,509 units the previous year. EVs now constitute 7.8% of new car sales in the country, an increase from 5% in July 2025. This acceleration is partly attributed to rising fuel prices, which have steered consumers towards more affordable transportation options.
Automakers in India are also witnessing robust demand. Maruti Suzuki reported that bookings for its e-Vitara model more than doubled its monthly production capacity. Tata Motors, which led India's EV market with a 43% share in July 2026, stated that demand continues to outstrip supply. Other key players included Mahindra & Mahindra (24% share) and JSW MG Motor (18%), with Maruti Suzuki holding 5%. Industry projections suggest annual electric car sales in India could approach 1 million by 2030, a substantial increase from 176,817 units in 2025.
The Real Investment Opportunity
Arora emphasizes that true investment opportunities extend beyond EV manufacturers to companies supplying the essential raw materials and components. He states that significant wealth originates from sources like Chilean copper mines, Chinese graphite plants, Australian lithium operations, and Asian battery factories. The expanding global EV fleet translates into substantial additional demand for copper, graphite, lithium, nickel, and manganese, potentially requiring millions of tonnes annually and creating vast opportunities across mining, processing, and battery manufacturing sectors.
China's Strategic Mineral Dominance
China has proactively secured this critical ecosystem through extensive investments in overseas mining assets, expansion of graphite processing capabilities, and establishing a dominant position in battery manufacturing. This strategic foresight has granted Chinese companies considerable influence across various stages of the EV supply chain.
In contrast, India remains relatively dependent on global supply chains for several critical minerals. Developing robust domestic mining, processing, and battery manufacturing capabilities will be crucial for India as EV adoption continues to accelerate within the nation.