The Metal That Was Going to Power the Electric Vehicle and the Battery Chemistry That Changed the Equation
Nickel's commercial narrative entering the 2020 decade was among the most compelling in the battery metals complex: the dominant cathode chemistry for long-range electric vehicles was the nickel-manganese-cobalt oxide formulation whose nickel content, ranging from sixty percent in NMC 622 to eighty percent in NMC 811 and higher in the NCMA variants that General Motors and Ultium Cells were developing, created the structural demand projection in which every percentage point increase in the EV share of global vehicle sales translated into a measurable increase in the primary nickel demand whose supply from the existing laterite and sulphide mining operations could not be expanded quickly enough to satisfy the projected growth. The nickel sulphate price premium over the standard nickel metal price, reflecting the battery-grade purity requirement of the cathode active material production process, peaked above two hundred dollars per tonne in the 2021 to 2022 period as the battery chemistry demand story was at its most commercially compelling and before the supply response from Indonesia's nickel laterite hydrometallurgical processing expansion had arrived at the production scale that the market required to test whether the demand narrative's price implications were sustainable. The March 2022 nickel short squeeze at the London Metal Exchange, in which a concentrated short position by the Chinese stainless steel producer Tsingshan was forced to cover in the face of the Russian supply disruption risk premium, creating the intraday price spike to above one hundred thousand dollars per tonne and the LME's controversial decision to cancel trades executed at the elevated prices, demonstrated the market's structural vulnerabilities and accelerated the reassessment of the nickel supply-demand balance that the Indonesian laterite capacity expansion and the battery chemistry's evolution were simultaneously rewriting.
The global nickel mining market, valued at approximately $38 billion in 2026 and under structural adjustment as the commodity price decline from the 2022 peak to the fourteen thousand to sixteen thousand dollar range of 2026 reflects the simultaneous impact of the Indonesian laterite nickel supply surge and the LFP battery chemistry adoption whose combined commercial effect has decoupled the nickel price from the EV demand growth story that the commodity market had built the previous peak valuation around, is navigating the most commercially consequential technology substitution risk in the battery metals sector. The lithium iron phosphate cathode, whose absence of nickel and cobalt creates the lower material cost, the superior thermal stability, and the longer cycle life that have made it the battery chemistry preference for the short to medium range EV applications whose performance requirement LFP satisfies at a lower system cost than the high-nickel NCM whose energy density advantage matters most in the long-range premium EV segment, has grown from approximately twenty percent of global EV battery production in 2020 to approximately forty-five percent in 2026 as Tesla's adoption of LFP for its standard range models and BYD's Blade Battery LFP technology have established the chemistry in the mass-market EV segment whose volume is substantially larger than the premium long-range segment where high-nickel NCM maintains its energy density advantage.
Norilsk Nickel and the Russian Supply Complexity
Norilsk Nickel, the Russian mining company whose Siberian palladium, platinum, copper, and nickel production from the sulphide ore deposits of the Norilsk and Kola Peninsula regions accounts for approximately twenty percent of global refined nickel supply and the majority of global nickel sulphide production whose direct conversion to the battery-grade nickel sulphate that the cathode active material production requires creates the supply quality advantage that the Indonesian laterite's HPAL processing route replicates but at a higher capital and operating cost per tonne of nickel sulphate produced, has been navigating the Western sanctions environment whose restrictions on Russian commodity imports have complicated but not eliminated the Western battery supply chain's access to Norilsk's nickel. The sanctions' commercial effect on Norilsk's nickel has been the redirection of sales toward the Chinese battery supply chain whose CATL, BYD, and the Chinese cathode active material producers' purchase of Norilsk nickel sulphate has maintained the Russian producer's revenue while the European and Japanese battery manufacturers have been seeking the alternative supply from Vale, BHP, and the growing Indonesian HPAL production that replaces the Russian supply whose geopolitical provenance creates the supply chain risk that the automotive OEM's ESG supply chain due diligence cannot accept. Vale, the Brazilian mining major whose nickel operations in Brazil and Canada and its Indonesian joint venture with the Merdeka consortium create the most geographically diversified nickel supply portfolio outside the Russian producers, has been investing in the Onça Puma and PTVI sulphide-adjacent deposits and the refining capacity whose nickel sulphate production serves the battery supply chain that the Indonesian laterite's growing market share is competing in.
BHP's closure of the Nickel West operation in Western Australia in 2024, the most commercially significant single nickel production decision in the 2024 to 2026 period, was the commercial statement that the Western Australian nickel sulphide deposits' production cost at the current nickel price cannot compete with the Indonesian laterite's HPAL nickel sulphate whose hydrometallurgical processing has dramatically lowered the cost of battery-grade nickel sulphate supply and whose production growth from the Indonesian facilities that Tsingshan, Zhejiang Huayou, and the Chinese battery supply chain's Indonesian investments have funded is adding supply at a pace whose market balance impact at the current nickel price has made the Western high-cost sulphide operations commercially unviable. The Indonesian laterite's HPAL nickel sulphate capacity is now estimated to have surpassed the level whose supply is sufficient to serve the global battery demand at the current LFP-adjusted chemistry mix, creating the oversupply condition that the nickel price at fourteen to sixteen thousand dollars per tonne reflects and whose resolution either through the demand growth that the NCM chemistry's premium EV market expansion creates or through the supply rationalisation that the Western high-cost mine closure is contributing to will determine the timeline for the nickel market's commercial recovery.
The Class 1 versus Class 2 Nickel Distinction and the Market Bifurcation
The nickel market's commercial complexity in 2026 is not simply the aggregate supply-demand balance but the bifurcation between the Class 1 nickel, the refined nickel metal and nickel sulphate whose purity satisfies the battery and electronic application requirements, and the Class 2 nickel, the nickel pig iron and ferronickel whose lower purity level serves the stainless steel production that accounts for approximately sixty-five to seventy percent of total nickel demand. The Indonesian laterite's production through the rotary kiln electric furnace process creates the nickel pig iron that serves the stainless steel market at a cost that the Class 1 sulphide producer cannot match, while the HPAL process creates the battery-grade mixed hydroxide precipitate whose further processing to nickel sulphate serves the battery market. The commercial interaction between the two product streams, in which the NPI's dominance of the stainless steel market has freed the Class 1 nickel's supply for the battery market whose premium pricing was supposed to separate the battery supply chain from the stainless steel commodity, has been complicated by the Indonesian HPAL's creation of the Class 1 nickel sulphate supply that has simultaneously served both markets and eliminated the Class 1 supply scarcity that the battery demand premium was supposed to sustain.
Top 10 Companies in Nickel Mining, Battery-Grade Nickel Supply, and EV Material Markets Globally
- Norilsk Nickel: Russian nickel and palladium company with 20% of global refined nickel from Siberian and Kola sulphide deposits; its sulphide nickel quality and its Russian geopolitical complexity create the producer whose Western supply chain displacement toward Chinese battery manufacturers is the most commercially visible expression of the critical mineral supply chain's geopolitical bifurcation.
- Vale: Brazilian mining major with nickel operations in Brazil, Canada, and Indonesia through Merdeka joint venture; its geographic diversification and its nickel sulphate production create the mining company whose supply portfolio serves both the Western battery supply chain seeking non-Russian supply and the Indonesian processing investment that the laterite nickel's HPAL route requires.
- BHP (Nickel West , suspended): Australian mining major with Nickel West Western Australia operation suspended in 2024 due to Indonesian cost competition; its suspension decision and its potential restart conditions create the mining company whose closure is the commercial benchmark for the Western high-cost nickel sulphide mine's viability at current prices and whose restart threshold is the nickel price signal the market is watching for the Western sulphide supply's commercial recovery.
- Tsingshan Holding Group: Chinese stainless steel and nickel company with Indonesian RKEF NPI and HPAL battery nickel production; its Indonesian laterite processing scale and its integrated stainless steel and battery nickel production create the company whose Indonesian investment has been the primary contributor to the nickel supply surge that has suppressed the nickel price and forced the Western sulphide mine closures.
- Zhejiang Huayou Cobalt: Chinese battery materials company with Indonesian HPAL nickel cobalt and cathode active material production; its Indonesian joint venture and its cathode active material integration create the battery materials company whose vertical integration from Indonesian laterite through HPAL processing to NMC precursor production is the most commercially complete expression of the Chinese battery supply chain's Indonesian nickel investment strategy.
- Glencore (Koniambo and Murrin Murrin): Swiss commodity trader with New Caledonia Koniambo ferronickel and Australian Murrin Murrin laterite nickel; its laterite nickel processing and its commodity trading integration create the mining and trading company whose nickel position spans both the Class 1 and Class 2 nickel markets and whose trading expertise allows the commercial arbitrage between the two segments that the pure-play miner's marketing capability cannot replicate.
- IGO (Nova Nickel): Australian nickel company with Nova nickel-copper-cobalt sulphide operation in Western Australia; its high-grade sulphide ore and its Western Australian production create the nickel company whose nickel sulphate production from the Nova concentrate maintains the niche Western supply position in the battery-grade nickel market that the Indonesian laterite has largely displaced for the commodity-grade supply.
- PT Vale Indonesia: Indonesian nickel company with Sorowako laterite operation and MHP expansion; its Indonesian laterite and its mixed hydroxide precipitate expansion create the nickel company whose Indonesian position is being expanded to include the battery-grade HPAL processing that the Vale group's global battery supply strategy requires.
- Panoramic Resources (Savannah): Australian nickel company with Savannah nickel-copper-cobalt deposit in Western Australia; its sulphide nickel deposit and its care and maintenance status create the nickel development company whose restart decision depends on the nickel price recovery above the operating cost threshold that makes the Western Australian sulphide mine commercially viable against the Indonesian laterite's HPAL cost structure.
- Umicore (Nickel Refining): Belgian materials technology company with nickel refining and cathode active material from battery recycling; its nickel recovery from spent EV batteries and its cathode active material production create the materials company whose secondary nickel recovery through battery recycling is becoming the commercially significant supply source that the primary nickel mine's oversupply environment has pushed the battery supply chain to develop faster than the primary supply shortage would have motivated.