After a sharp recovery from 2024-2025 cyclical lows, the battery metals complex entered a period of renewed pressure in July 2026, with lithium carbonate falling 8.75% over the past month to trade near CNY 146,000 per tonne as CATL's Jianxiawo restart and Australian supply resumptions weighed on sentiment. The cobalt and nickel rebounds, while real, rest almost entirely on administrative supply restraint in the DRC and Indonesia rather than demand acceleration, a structurally fragile foundation that analysts at Benchmark Mineral Intelligence and Reuters warn could reverse quickly. Simultaneously, the structural shift from nickel-cobalt-rich NCM chemistry to LFP formulations is compressing the demand outlook for higher-value battery metals even as global EV sales growth moderates.
Introduction
The battery metals complex that staged one of the commodity market's more dramatic recoveries in the first half of 2026 has run into a wall of its own making. Lithium carbonate on the Guangzhou Futures Exchange closed at CNY 144,000 per tonne on July 30, down sharply from the year-to-date peak of CNY 205,000 per tonne reached in mid-May, representing a drawdown of nearly 30% in roughly six weeks. The most active contract briefly touched CNY 136,800 per tonne during intraday trading, its lowest level since February 10, before recovering partially. On a monthly basis, the contract has declined approximately 8.75%, and the SMM Battery-Grade Lithium Carbonate Index stood at USD 18,972.81 per tonne as of July 24, with the trading range running from USD 18,234.69 to USD 19,667.42 per tonne.
Cobalt and nickel tell a different story of the same underlying problem. Both metals have recovered materially from their 2024-2025 lows: cobalt climbed from below USD 10 per pound to above USD 25 per pound, while LME nickel rallied 37% from its late December 2025 trough to April 2026 and briefly touched USD 20,000 per tonne in early May. But the mechanism driving those recoveries is administrative rather than organic. As Reuters columnist Andy Home wrote in a July 5 column published on Mining.com: "The battery metals bust has run its course. Prices of lithium, cobalt and nickel have all recovered from their 2024-2025 lows. This has largely been a story of supply restraint."
The structural question for the second half of 2026 is whether supply restraint alone can sustain a price recovery against a demand landscape that is moderating in some geographies, shifting chemistry preferences away from cobalt and nickel in others, and facing a wave of new production capacity that was greenlit when prices were significantly higher. The data, taken together, suggests the answer is no, at least not without renewed policy intervention or an acceleration in downstream consumption that has not yet materialized.
Lithium: A Rally Built on Disruption, Now Unwinding on Resumption
The arithmetic of lithium's 2026 recovery is straightforward once the supply catalyst is identified. CATL's Jianxiawo lepidolite mine in Jiangxi province had its operating license expire on August 10, 2025, triggering a mandatory suspension during a broader regulatory crackdown on environmental compliance, waste management, and tailings safety in Yichun, China's largest lithium mining hub. Before the shutdown, the mine produced 7,000 to 8,000 tonnes of lithium carbonate per month, representing roughly 10% of China's monthly domestic demand. Its total contained lithium resource stands at approximately 6.57 million tonnes LCE, making the suspension a material supply event by any measure.
The market responded accordingly. Lithium carbonate prices in China surged 78.3% in just over a month in early 2026, accelerating further after Beijing announced a reduction in VAT export rebates on lithium-ion batteries effective April 1, 2026, which prompted producers to front-load battery production and exports, driving incremental procurement. Prices broke above CNY 200,000 per tonne in May 2026, their highest level since late 2023. Northeast Asia spot prices reached USD 18.05 per kilogram in March 2026, representing a 66.7% increase from December 2025 levels.
Then CATL received a new safety permit on June 29, 2026, valid through February 27, 2028, restarting approximately 46,000 tonnes of annual capacity, roughly 3% of global output. The market had priced in the disruption; it had not priced in a resolution. Simultaneously, Australian producers that had idled capacity during the 2024-2025 price trough began returning to the market. Mineral Resources is restarting its Bald Hill operation after an 18-month suspension, Core Lithium has reactivated its Finniss project, and the Mt Marion joint venture has approved a AUD 490 million expansion. Global lithium production is projected to grow 26% year-on-year to reach 2.16 million tonnes in 2026 and an additional 27% in 2027 to 2.74 million tonnes, with further acceleration to 3.34 million tonnes in 2028.
The LME forward curve provides a sobering lens on what professional participants actually believed during the disruption period. The curve remained essentially flat throughout the 11-month Jianxiawo shutdown, confirming that institutional traders were not pricing the license suspension as a meaningful structural supply tightening event. Based on current analyst projections and forward curve pricing, a sustained lithium price recovery above USD 20,000 per tonne is not widely anticipated before 2029 or 2030. Project Blue has noted that today's lithium pricing is already around break-even for some energy storage projects, placing a ceiling over any near-term rally. The year-on-year comparison remains impressive at 102.78% above year-ago levels, and the 2026 year-to-date gain is approximately 22%, but those figures reflect a base effect from deeply depressed 2025 lows rather than a tight physical market.
One geopolitically significant counterweight deserves acknowledgment. The US Defense Logistics Agency posted a solicitation this month seeking fixed prices on approximately 36 million pounds, or 16,000 tonnes, of battery-grade lithium carbonate for delivery over five years, a purchase potentially worth up to USD 300 million. That procurement signal reflects the strategic stockpiling dynamic analyzed at length in earlier coverage of the converging 2026-2027 policy deadlines, and it represents genuine incremental demand from a buyer whose price sensitivity differs fundamentally from commercial cathode producers. It is a bullish data point, but 16,000 tonnes spread over five years does not materially alter a supply-demand balance that is moving toward structural surplus.
Cobalt: The DRC Quota System and Its Embedded Fragility
Cobalt's recovery from the depths of 2024-2025 is the starkest example in the battery metals complex of how completely administrative action can reshape price dynamics. The metal started 2025 at a nine-year low, with the global average benchmark at USD 24.80 per kilogram, and spot prices had briefly fallen below USD 10 per pound earlier in the year, a threshold not breached in more than two decades except for a brief dip in 2015. The DRC, which accounted for approximately 73% of global cobalt mine output in 2025 according to the USGS, changed the calculus entirely with a single decision.
On February 22, 2025, ARECOMS imposed Decision No. 001/ARECOMS/2025, suspending all cobalt exports from the DRC. The suspension was extended multiple times before transitioning to a quota system on October 16, 2025. The quota policy permits approximately 18,125 tonnes for export during the remainder of 2025, followed by annual quotas of 96,600 tonnes for both 2026 and 2027, which represents less than half of the DRC's 2024 production volumes. Within the 2026 annual quota, 87,000 tonnes are distributed to producers on a pro rata basis, with 9,600 tonnes retained under ARECOMS' discretionary control.
The price response was immediate and large. Cobalt surged from lows of USD 21,502 per tonne to USD 48,570 by October 2025, and entered 2026 at USD 56,414 per metric tonne, with spot prices hovering around USD 25.53 per pound as of late April 2026. Fastmarkets projects a cobalt supply deficit of approximately 5,000 to 6,000 metric tonnes for 2026, with quota underexecution in early 2026 tightening the feedstock pipeline further. Benchmark Mineral Intelligence estimates that the quota system will reduce ex-DRC cobalt stocks to approximately one month of demand by Q4 2026, maintaining that level through most of 2027.
But the recovery carries a paradox that complicates any straightforward bullish read. CMOC Group, the world's largest cobalt producer, increased cobalt output by 13% year-on-year in H1 2025 despite the export restrictions, according to CRU Group. By March 2025, CMOC reported 48,600 metric tonnes of cobalt inventory inside the DRC, exceeding Glencore's entire 2024 cobalt output according to S&P Global. CMOC plans to continue expanding production in 2026 despite being permitted to export only 27% of its 2024 production volume, a decision driven by the economics of copper extraction, with cobalt as a byproduct. The result is a growing stock overhang inside the DRC that could pressure prices rapidly if quotas are relaxed or enforcement weakens.
Roman Aubry, nickel and cobalt analyst at Benchmark Mineral Intelligence, framed the systemic risk clearly: "2025 has demonstrated the risks associated with having a single country being responsible for the majority of supply. Looking ahead to 2026, it's clear that the market has to anticipate continued uncertainty from the DRC." Building on my analysis of ARECOMS and the DRC quota system in July 2026, the forfeiture of unshipped H1 2026 cobalt quotas illustrated exactly this execution risk: the administrative infrastructure supporting prices is real but imperfect, and the gap between announced quotas and actual export flows creates persistent uncertainty for downstream buyers.
Nickel: Indonesia's Quota Cut Provides a Floor, But Demand Cannot Deliver the Ceiling
The nickel recovery follows a similar administrative logic to cobalt, with Indonesia playing the role that the DRC has played in cobalt markets. Indonesia controls between 50% and 66% of global nickel mine supply, and its Ministry of Energy and Mineral Resources set the 2026 nickel ore mining quota at 260 to 270 million wet metric tonnes, a reduction of roughly 30-32% from the 379 million tonnes approved in 2025. The Indonesian government's 2026 RKAB allocation of 270 wet metric tonnes fell short of expected industry demand of 345 wet metric tonnes, tightening feedstock supply for HPAL processing operations.
The market impact was significant. The International Nickel Study Group revised its 2026 nickel balance from a 283,000-tonne surplus to a 32,000-tonne deficit. LME nickel rallied 37% from its late December 2025 low to April 2026, reaching USD 20,000 per metric tonne on May 6, its highest level since May 2024. BMI Research revised its 2026 average nickel price forecast upward to approximately USD 16,600 per tonne, citing Indonesian quota constraints as the primary driver. As of July 22, 2026, LME nickel prices had retreated to approximately USD 17,097.61 per tonne, with Chinese rates at CNY 115,835 per tonne.
The quota cuts were compounded by input cost pressures. Disruptions related to the Strait of Hormuz and a Chinese sulphuric acid export ban drove acid prices higher and raised the risk of market shortages, increasing input costs for Indonesian HPAL producers. The quota reduction at PT Weda Bay Nickel, the world's largest nickel mine and operated by French miner Eramet, illustrates the scale of the intervention: the mine received an initial 2026 mining quota of 12 million wet metric tonnes, down from 32 million wet metric tonnes in 2025. Eramet has said it will seek an upward revision.
The ceiling on nickel's recovery is being set by the same structural force that is undermining cobalt: the accelerating displacement of nickel-manganese-cobalt (NCM) battery chemistry by lithium iron phosphate (LFP) formulations. As Andy Home noted in his July 5 analysis, demand growth in the EV sector has plateaued as more Chinese producers shift to LFP chemistry, and sluggish downstream demand from China's stainless steel sector has further capped bullish momentum. The Indonesian quota mechanism is providing a floor for nickel prices, but the demand structure that would be needed to drive a sustained rally above current levels is not present in sufficient quantity.
The Chemistry Shift: LFP's Rise and What It Means for the Demand Case
The most consequential structural development in the battery metals complex is not a supply shock or a regulatory decision; it is the decisive shift in battery chemistry that is systematically eroding the addressable demand for cobalt and nickel in the EV sector. In 2025, LFP batteries accounted for over 55% of EV batteries deployed globally, up from approximately 50% in 2024 and from less than 10% in 2020. In China specifically, where the transition has been most pronounced, LFP cells accounted for 625.3 GWh, or 81.2% of total EV battery market output in 2025. The total capacity of EV batteries in China reached 769.7 GWh in 2025, a 40.4% increase year-on-year, but four out of five of those batteries contained no cobalt and required no nickel in the cathode.
The economics driving this shift are unambiguous. In 2026, LFP battery cells cost approximately USD 80-100 per kWh, while NMC runs USD 100-150 per kWh. The IEA has confirmed that LFP is roughly 30% cheaper per kWh than NMC on a comparable basis, and CATL's introduction of its Shenxing fast-charging LFP platform is actively closing the performance gap that historically justified NMC's premium. BYD has relied exclusively on LFP from the outset and has forecasted 1.5 million overseas unit sales in 2026. Xpeng and other Chinese OEMs have significantly expanded their LFP model ranges, and even premium segments that previously defaulted to NMC are reconsidering.
The implications for cobalt demand are particularly direct. Zhou Xing, a spokesperson for CMOC, was explicit: "We predict that EV batteries will never return to the era that relies on cobalt. Cobalt is far less important than imagined." This is not a fringe view. The effect of cobalt price fluctuations on overall EV battery costs is materially smaller today than at any point in the previous decade, because high-nickel chemistries that remain in production use small quantities of cobalt, and LFP batteries use none. Together, those two categories represent the vast majority of current EV battery market volume.
Western automakers represent a meaningful but structurally limited counterweight to this trend. Samsung SDI signed a long-term agreement with Mercedes-Benz in April 2026 to supply high-nickel NCM batteries for future compact and mid-size electric SUV and coupe models, citing energy density, driving range, and performance specifications that LFP cannot currently match in premium applications. The North American and European markets continue to exhibit stronger preference for NCM/NCA chemistry than the Chinese domestic market. But NMC battery production in China has been essentially stagnant since 2022, even as LFP output has grown substantially, and the global market is increasingly weighted toward the chemistry preferences of the Chinese domestic market and the emerging markets and developing economies where LFP is gaining ground rapidly. The IEA notes that lithium-ion battery use in 2025 was six times 2020 levels and EVs accounted for approximately 70% of that, but the directional benefit is unevenly distributed: lithium benefits from all battery chemistries, while cobalt and nickel are increasingly dependent on premium segments that are shrinking as a share of total production.
Policy Dependency and the Forward Outlook
The battery metals complex entering the second half of 2026 is characterized by an unusual degree of policy dependency across all three metals, with each metal's price trajectory contingent on the administrative decisions of a small number of sovereign actors. As Andy Home summarized: "This is still very much a work in progress, with immediate price evolution beholden to policy makers in Kinshasa, Jakarta and China's Jiangxi province." That observation, accurate when published on July 5, is reinforced by the subsequent July price action in lithium, which demonstrates how quickly a supply narrative can reverse once the administrative disruption resolves.
For lithium, the forward picture is structurally bearish through at least 2027. Global supply is projected to reach 2.74 million tonnes LCE in 2027, up 27% year-on-year from an already elevated 2026 base, with continued acceleration to 3.34 million tonnes in 2028 and 4.02 million tonnes in 2029. Australian producers who restarted in response to the first-half 2026 price spike will add to a market that professional participants, as evidenced by the flat forward curve throughout the Jianxiawo shutdown, never believed was structurally tight. Most Chinese lithium miners with growth plans have pushed final investment decisions back to late 2026 or 2027, requiring six to twelve months of sustained price stability before committing capital, a cycle that suggests ongoing volatility rather than orderly rebalancing.
For cobalt, the quota architecture through 2027 provides a more durable floor than the lithium supply disruption narrative, but the CMOC inventory overhang inside the DRC represents a significant latent supply risk. Benchmark Mineral Intelligence's projection that ex-DRC stocks will fall to approximately one month of demand by Q4 2026 is contingent on quota compliance and enforcement, the same systemic weaknesses in DRC regulatory capacity that Africa Security Analysis has flagged as structural risks. A policy reversal, enforcement failure, or diplomatic pressure from major cobalt consumers could release a substantial volume of stranded inventory into the market.
For nickel, the Indonesian quota reduction has demonstrably tightened the physical market, as reflected in the INSG's revision from a 283,000-tonne surplus to a 32,000-tonne deficit for 2026. But the quota system is subject to revision, as Eramet's stated intention to seek an upward revision for PT Weda Bay Nickel illustrates, and the LFP displacement trend places a structural ceiling over demand growth from the battery sector. Stainless steel demand, nickel's other major end-use, remains sluggish in China. The Guangzhou Futures Exchange's decision to open its lithium carbonate contract to overseas traders and its planned launch of a lithium hydroxide futures contract reflects Beijing's intent to assert greater pricing power over the battery metals complex, a development that will interact with these supply-demand dynamics in ways that are difficult to model with precision.
The US Defense Logistics Agency solicitation for 16,000 tonnes of battery-grade lithium carbonate over five years at fixed prices is a reminder that strategic procurement behavior can introduce demand signals that are orthogonal to commercial EV economics. As analyzed in the context of the converging January 2027 waiver ban and November 2026 graphite export control deadlines, Western governments are increasingly prepared to pay above-market prices for supply chain security. But at 3,200 tonnes per year, the DLA solicitation is a tactical procurement, not a market-moving force.
The IEA's data that grid-scale energy storage installations have grown more than twenty-fold over the past five years and now account for 15% of total battery demand in 2025, with China targeting 180 gigawatts of new energy storage capacity by 2027, is the most credible source of demand upside in the current environment. Energy storage is chemistry-agnostic in a way that automotive applications are not, and large-scale stationary storage projects can absorb lithium supply at volumes that matter. But that demand growth is already partially embedded in current price levels, and it has not been sufficient to offset the bearish weight of restarting global mine supply.
Conclusion
The battery metals recovery of early 2026 was real, but its architecture was always more fragile than the headline price moves suggested. Lithium's rally from multi-year lows to above CNY 200,000 per tonne rested on a single administrative event, the Jianxiawo license suspension, that the forward market never treated as a structural supply shift. Cobalt's recovery from below USD 10 per pound to above USD 25 per pound rests entirely on DRC export quotas that are subject to enforcement uncertainty and a production paradox in which CMOC continues expanding output behind the export barrier. Nickel's rebound from USD 13,900 per tonne to a peak near USD 20,000 per tonne reflects a genuine Indonesian quota reduction, but faces a structural demand ceiling from the LFP chemistry shift that no policy mechanism can easily address.
What emerges from the data is a complex that has recovered cyclically but not structurally. Prices are substantially above their 2024-2025 lows, year-on-year comparisons remain favorable across all three metals, and the supply restraint mechanisms in place provide a floor that is more durable than the pre-2025 market architecture. But sustained price recovery above current levels requires either a continuation of administrative supply restriction, an acceleration in downstream demand from EV and energy storage sectors, or a chemistry reversal that returns cobalt and nickel to the center of battery formulation. None of those three conditions appears probable in the near term on the available data.
The structural observation that matters most looking into the second half of 2026 is the one Andy Home captured most precisely: policy makers in Kinshasa, Jakarta, and China's Jiangxi province are now the effective price-setters for the battery metals complex. That concentration of pricing power in sovereign administrative decisions rather than supply-demand fundamentals is not a sign of market health. It is a sign that the underlying market architecture remains unresolved, and that the next major price move in any of these three metals is more likely to originate in a government ministry than in a mine or a battery factory.