Battery Metals

Battery metals are the feedstock for rechargeable batteries. At the heart of it are lithium, cobalt, nickel, manganese and graphite. Each performs a unique function in the battery cell.

Ten years ago, nobody was talking about these metals. Then EVs went mainstream. This is when grid-scale storage came to the rescue, providing backup for wind and solar. Each EV already on the road requires a blend of these inputs, and for the majority of them, there is no straightforward replacement lurking behind the bush.

Lithium is probably the most famous, and it deserves the hype. Light, retains charge well, still the metal of choice for cathodes and electrolytes in nearly all running EV chemistry. Inside the cathode, there is cobalt and nickel doing the heavy lifting, raising energy density to stretch how far a battery can take you between charges. Graphite barely gets mentioned, which scarcely warrants a mention but composes the anode of nearly all consumer lithium-ion cells placed in service today. The disproportion in attention reflects marketing more than chemistry.

Gold sits in vaults for decades, getting traded back and forth. Battery metals do not get that luxury. Once lithium goes into a battery and that battery goes into a car, it is locked up for the life of the vehicle, usually eight to fifteen years. Recycling only becomes an option after that. That is why they are so important, because neither of those two things is a factor when it comes to the behaviour of battery metals, and indeed another reason supply can be so quick to tighten when demand takes off; but one still missed by most commodity investors who live in an analogue universe.

According to Grand View Research, the global battery metals market was about US$15.3 billion in 2025. It predicts that it will reach US$16.5 billion in 2026, then grow to US$22.6 billion by 2033. So 4.6 per cent annual growth sounds modest until one remembers this is a market that had not even existed a generation before.

Here is the part that surprises people: starter, lighting, and ignition batteries, the boring ones that just crank a petrol engine and run the headlights, still made up over 26 per cent of application revenue in 2025. Combustion cars are not disappearing on anyone's schedule, and that segment is not disappearing with them.

What Is Actually Driving Demand

Global EV sales in the last quarter of 2025 alone totalled four million. Sales of battery electric vehicles increased by about 30 per cent over the year, crossing 20 per cent of everything sold worldwide. China's own EV share broke 50 per cent in 2025. Vietnam, Thailand, and India roughly doubled or tripled their adoption rates in the same stretch. That is not gradual growth. That is a market accelerating in real time.

Cars alone do not explain it, though. Grid storage is pulling just as hard, on its own schedule. Tesla's 1 GWh Megapack rollouts, and the grid-balancing projects underway in Australia and the UK, consume raw materials whether or not car sales have a good month. That decoupling matters. It means metal demand does not automatically soften just because the auto cycle does.

Regional Breakdown

Asia Pacific does not just lead this market. It dwarfs everyone else, holding over 87 per cent of global revenue in 2025. China sets the pace on EV sales and battery manufacturing both, no real surprise there. What is easier to miss is India, quietly building its own growth story through two- and three-wheeler electrification, tucked away underneath that headline number.

The US story looks different. It is being written by grid infrastructure more than by cars. The amount of storage deployed in America reached 57.6 GWh, a remarkable 30 per cent rise in 2025, and Texas is on track to overtake California as the nation's largest storage market in 2026. That has redirected demand directly at lithium iron phosphate chemistries.

Europe took the regulatory path instead. From 2026, every industrial battery over 2 kWh needs a "Battery Passport" under the EU's rules, forcing suppliers to show exactly where their metals came from. It is a slower approach than subsidies, but it is reshaping who gets to sell into the bloc.

The fastest-growing market in terms of growth rate and not always size is the Middle East and Africa region. As for the Middle Eastern countries, a major push from Saudi Arabia and the UAE drove regional renewable capacity above 43.7 GW in early 2026, up 44 per cent in a single year. Alongside 19GWh of battery storage, the 5.2 GW solar park is one of the largest such projects in existence anywhere on Earth, let alone the region.

What Could Slow It Down

Supply concentration is the real risk here, and it is not a small one. A handful of countries control most of the world's production and refining capacity, which leaves the entire market hostage to export bans, trade disputes, and plain bad geopolitical timing. 

Recycling might be the thing that eventually calms all this down. The first generation of EV batteries is starting to reach end of life, and recovered lithium, cobalt, and nickel are beginning to compete with freshly mined material. Whether that arrives fast enough to matter is genuinely an open question.

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