December 2025 marked a turning point the battery supply chain had been waiting for since mid-2023: the EV battery metals index finally broke through its 27-month ceiling. For the first time since August 2023, the industry’s raw materials bill exceeded $2 billion in a single month.
That’s not noise. That’s a signal.
The slump is over. But don’t mistake recovery for restoration: 2025’s full-year tally of $15.8 billion in lithium, nickel, cobalt, graphite, and manganese costs is still 29% below the extraordinary $22.1 billion reached in 2022. We’re climbing out of a deep valley, not scaling new peaks. Yet.
The Anatomy of $15.8 Billion
The 2025 raw materials spend represents a 13% gain over 2024, driven by volume expansion and selective price recovery across the battery metals complex. Global passenger EV sales: including plug-ins and conventional hybrids: pushed past 30 million units, a 20% year-over-year jump. Battery capacity grew even faster at 25%, as pack sizes increased and manufacturers built inventory ahead of expected demand acceleration.
But volume alone didn’t drive the recovery. Prices moved. And not uniformly.
Lithium commands the largest share at $6.5 billion, representing 41% of the index. Nickel follows at just over $6 billion, claiming roughly 38%. Cobalt, despite its smaller absolute tonnage requirements, accounted for $2.4 billion or 14% of total spend. Graphite added $686 million, while manganese remains a rounding error in cost terms despite its rising technical importance in certain chemistries.
The proportional breakdown matters because it reflects both current battery chemistry dominance and the trajectory of technology adoption. Lithium’s 41% share will likely expand as lithium iron phosphate (LFP) batteries proliferate beyond their Chinese stronghold. Meanwhile, nickel’s share faces pressure from this same chemistry shift: LFP contains zero nickel, undercutting the metal’s relevance in volume segments even as premium NCM (nickel-cobalt-manganese) packs continue serving performance-focused applications.
Lithium: The Foundation Shifts
Lithium carbonate equivalent (LCE) prices spent most of 2023 and 2024 in freefall after the 2022 peak, bottoming in the low teens per kilogram in China before stabilizing in mid-2024. By December 2025, ex-factory prices had climbed back into the mid-twenties, still well below the $80/kg highs of early 2022 but representing a doubling from trough levels.
The recovery reflects structural rather than speculative dynamics. Supply additions that looked aggressive in 2022: before demand cooled: have largely been absorbed. New lithium projects face extended timelines, permitting challenges, and higher capital intensity than anticipated. Australian spodumene production remains constrained by processing bottlenecks. South American brine operations are adding capacity, but slowly.
Demand, meanwhile, continues its relentless climb. China’s domestic EV adoption sustains baseline consumption, while North American and European manufacturers ramp local battery production to capture IRA and EU subsidy programs. LFP’s ascendance accelerates lithium intensity per vehicle even as it reduces cobalt and eliminates nickel: a 60 kWh LFP pack requires roughly 35-40 kg of LCE compared to 25-30 kg for an equivalent NCM pack.
Here’s what the market is pricing in: lithium’s floor is higher than it was, and the ceiling remains undefined. Speculative froth is gone. What remains is industrial buying ahead of production schedules that can’t afford interruption.
Nickel: The Quiet Climb
Nickel sulphate prices in China rose by double-digit percentages through December 2025, pushing the metal’s annual contribution past $6 billion: a 7% gain over 2024. That’s impressive given the headwinds.
Class 1 nickel faces an identity crisis. Stainless steel still consumes the majority of global supply, but battery-grade material commands premiums that Indonesian nickel pig iron can’t capture. The problem: battery makers increasingly don’t need those premiums. LFP requires none. High-nickel NCM chemistries (811 and 9-series variants) do, but they’re losing market share in volume segments to LFP’s cost and safety advantages.
Yet nickel’s 2025 recovery wasn’t about chemistry wars. It was about Indonesian supply discipline finally materializing after years of overproduction threats. Projects stalled. Expansion timelines stretched. Chinese refiners, who control much of the sulphate conversion capacity, maintained pricing power as automotive OEMs locked long-term offtake agreements to secure supply chains.
The strategic calculus here isn’t subtle: automakers learned in 2022 that spot market reliance is ruinous when prices spike. They’re paying modest premiums now to avoid catastrophic ones later. Nickel suppliers, bloodied by the 2023-2024 downturn, aren’t refusing the money.
Cobalt: The Bolt Nobody Saw Coming
Cobalt stole the show in 2025. Sulphate prices surged over 200% year-over-year by December, contributing $2.4 billion to the index despite cobalt’s declining proportion in mainstream battery chemistries.
This is the “cobalt bolt” referenced in early 2025 market commentary: a sharp, sustained rally that preceded lithium and nickel recoveries by several quarters. The driver: supply discipline colliding with inelastic demand in premium applications.
NCM batteries in premium EVs, grid storage systems, and certain power tool applications still require cobalt for thermal stability and cycle life. LFP can’t yet match NCM’s energy density, making cobalt indispensable in long-range and performance vehicles. Meanwhile, cobalt supply remains concentrated in the Democratic Republic of Congo, where geopolitical and operational risks create persistent uncertainty.
Refined cobalt production didn’t contract dramatically, but it didn’t expand either: and that was enough. Global EV production growth of 20% doesn’t care that cobalt-free chemistries are gaining share; the absolute tonnage required for NCM still climbed. Inventory destocking that depressed prices through 2023-2024 reversed in early 2025 as manufacturers rebuilt buffers.
Ironically, cobalt’s rally may accelerate its own displacement. At $50-60/kg for sulphate, the economic case for LFP in mid-range vehicles strengthens. But that substitution takes years. In the meantime, cobalt suppliers are printing money.
LFP vs. NCM: The Chemistry Divergence
The battery chemistry split defines the metals demand trajectory more than any other variable. In 2025, LFP captured approximately 45% of global EV battery capacity, up from roughly 35% in 2023. That shift rewrites the commodity playbook.
LFP’s advantages are straightforward: lower material costs, improved thermal stability, longer cycle life, and zero reliance on cobalt or nickel. Its disadvantage: lower energy density: matters less as battery pack engineering improves and consumers accept that a 300-mile range is sufficient for most use cases.
China pioneered LFP adoption in domestic EVs and is now exporting both cells and manufacturing expertise globally. Western automakers, initially resistant, are capitulating. Ford, Tesla, and others have announced LFP integration for standard-range models. European battery startups are licensing Chinese LFP technology rather than developing proprietary NCM variants.
For metals markets, the implications cascade:
- Lithium demand accelerates across both chemistries but intensifies in LFP
- Nickel faces structural headwinds as LFP gains volume share
- Cobalt’s future concentrates in premium segments and non-automotive applications
- Graphite benefits regardless: both chemistries require substantial anode material
- Manganese gains incrementally as LMFP (lithium manganese iron phosphate) variants emerge
The 2025 recovery reflects this chemistry transition in progress. Lithium and cobalt surged because their respective roles: essential in both chemistries for lithium, critical in high-value niches for cobalt: remain secure. Nickel’s modest gain signals market awareness that its best days in batteries may be behind it.
Comparing 2025 to the 2022 Peak
The $15.8 billion raw materials bill in 2025 sits 29% below 2022’s $22.1 billion peak, but comparing the two figures without context is misleading. The 2022 number embedded extreme price volatility driven by post-pandemic supply chain chaos, speculative positioning, and genuine shortages as automakers scrambled to secure contracts.
Lithium carbonate briefly touched $80/kg. Nickel spiked above $100,000/tonne on the LME before crashing. Cobalt doubled in months. Those weren’t sustainable prices: they were panic signals.
2025’s recovery occurs in a fundamentally different environment. Prices reflect industrial fundamentals: rising demand, constrained but not collapsing supply, and long-term contract structures replacing spot market volatility. The $15.8 billion represents real, repeatable demand at prices producers can actually build projects around.
Battery cell production capacity in 2025 substantially exceeded 2022 levels, meaning the industry achieved higher physical output at lower cost per unit. That’s healthy rationalization, not market failure.
What 2026 Holds
Lithium and nickel prices accelerated further into early 2026, suggesting the recovery has momentum. Cobalt’s surge appears to be stabilizing at elevated levels rather than correcting sharply. Graphite continues its steady climb as anode supply constraints persist.
The raw materials bill will likely breach $18 billion in 2026 if current trajectories hold: still below the 2022 peak but approaching it. EV production growth of 15-20% seems plausible given policy support in major markets and improving model availability. Battery capacity will expand faster still as pack sizes grow and manufacturers build strategic inventory.
But risks linger. Recession in major economies could throttle EV demand growth. Faster-than-expected LFP substitution could crater nickel prices. New lithium supply from North American and European projects: if they actually deliver: might soften pricing. Chinese export restrictions on graphite or processing capacity could spike costs.
The 27-month high isn’t a ceiling. It’s a waypoint. The battery metals complex is climbing out of the valley, but the path ahead remains steep, uncertain, and entirely dependent on whether the EV revolution maintains its pace or stumbles into a consolidation phase.
For now, the data points one direction: up.
