Battery metals: the five minerals that determine the pace and price of the electric transition

What it is

Every lithium-ion cell runs on at least one critical mineral: lithium in the electrolyte and cathode, graphite in the anode, and typically nickel, manganese or cobalt in the cathode active material. Two chemistries dominate: NMC (nickel manganese cobalt oxide) for premium EV and storage applications, and LFP (lithium iron phosphate), which by 2025 accounted for more than half of global EV batteries. LFP uses no cobalt or nickel. An emerging variant, LMFP (lithium manganese iron phosphate), adds manganese to extend energy density without restoring cobalt or nickel dependence. This beat tracks the supply, pricing and geopolitics of these five minerals; their concentration in a handful of countries makes individual governments' decisions the lever that sets the global cost of electrification.

History

Battery metals entered policy discussion between 2017 and 2019, when accelerating EV demand made supply risk measurable. Cobalt reached roughly US$95,000 per tonne in 2018 before crashing as DRC and Indonesian output expanded. Lithium carbonate in China exceeded US$70,000 per tonne in late 2022, then fell around 80% by early 2024 as Australian and South American projects ramped; the crash drove junior miners to defer development, setting up a potential early-2030s supply gap.

Export nationalism took hold after Indonesia banned raw nickel-ore exports in 2020, forcing foreign capital to build smelters inside the country. The DRC applied a formal cobalt export quota in late 2025. China tightened graphite export-licensing rules in October 2023. The consistent pattern: restrict upstream exports, capture refining value onshore.

Current state

As of mid-2026, all five markets are in simultaneous transition. Lithium remains in near-term surplus after the 2022 to 2024 price crash; the IEA projects a deficit by the early 2030s as deferred projects fail to ramp in time. Cobalt has rallied roughly 160%, to around US$57,320 per tonne, since the DRC imposed its 96,600-tonne annual export quota, and Kinshasa's model is being studied by other African exporters.

Nickel faces a structural feedstock crunch: Indonesia's approved 2026 RKAB ore quota of 260 to 270 million tonnes sits far below the 340 to 350 million tonnes the country's own smelters need, pushing LME nickel to US$20,000 per tonne in May 2026. Graphite processing remains over 90% concentrated in Chinese facilities, enforced by export licensing. LMFP adoption is accelerating manganese demand: South Africa commissioned its first high-purity manganese sulfate monohydrate plant in June 2026, and Gabon announced a 2029 ban on unprocessed ore exports.

The IEA reports the top three refining nations held an 86% average share in 2024, up from 82% in 2020, with nearly all supply growth concentrated in the single top producer per mineral.

Relationships

Cobalt and nickel compete for cathode share inside the NMC family; both lose volume as LFP displaces NMC. Lithium is universal: a shortfall constrains all battery production regardless of cathode type. Chile's SQM and its Atacama brine operations are a leading indicator for lithium market balance. Graphite underpins every cell's anode, giving China leverage across the whole supply chain even where buyers diversified cathode sourcing. Manganese is the swing mineral: modest under NMC dominance, rising with LFP, accelerating fastest as LMFP scales.

Geographic logic runs on three concentrations: the DRC (cobalt, roughly 70% of world output), Indonesia (nickel, largest producer) and China (refining dominance across all five). Nornickel, Russia's largest nickel producer, supplies Class 1 battery-grade nickel to Chinese processors outside the Western sanctions perimeter. Australia and Chile supply most lithium ore but depend on Chinese refining to convert it to battery-grade form.

What to watch

• Indonesia's supplementary mid-year RKAB ore release size, and whether LME nickel holds above US$18,000 per tonne or retreats on a volume top-up.
• LMFP adoption at CATL and BYD: faster roll-out accelerates manganese demand and reduces cobalt and nickel intensity per kilowatt-hour industry-wide.
• Whether the DRC renews or tightens its cobalt quota for 2028 once the 2026 to 2027 tranche expires, and whether other African exporters replicate the model.
• CMOC's Tenke Fungurume copper-cobalt complex in the DRC: any output disruption moves both cobalt and copper markets.
• Lithium price recovery: whether project deferrals of 2023 to 2025 lock in the early-2030s deficit the IEA projects, or direct-lithium-extraction shifts the curve.