EV commodity prices on Aug 26, 2026

Lithium carbonate is experiencing a tightening market with price recovery. As of late August 2026, the lithium carbonate market shows a narrowing surplus and evolving supply-demand tightening, which has led to signs of a price rebound ^{[^][^][^][^][^]}. This rebound is driven by inventory drawdowns, challenges in supply execution, and robust downstream demand from sectors like energy storage and electric vehicles ^{[^][^][^][^][^]}. On August 26, 2026, battery-grade lithium carbonate was assessed at approximately $20,669 per tonne, despite reflecting a 12.1% month-on-month decrease ^{[^][^]}.

Battery-grade nickel sulphate is moving towards a slight surplus. Conversely, the battery-grade nickel sulphate market in late August 2026 is shifting toward a potential slight surplus, with prices remaining weak despite intermittent volatility ^{[^][^][^][^]}. This price volatility is influenced by raw material supply risks, including Indonesian quota issues and sulfuric acid shortages, as well as seasonal shifts in demand ^{[^][^][^][^]}. China domestic nickel, serving as an indicator, was assessed at approximately $19,695 per tonne on August 26, 2026, which marked a 6.7% month-on-month increase ^{[^][^]}.

Direct comparison of specific late-2026 supply-demand fundamentals is limited. While individual market outlooks for both commodities are available, the provided evidence does not contain the specific supply-demand fundamentals required to directly compare their late-2026 outlooks across all sources ^{[^][^][^][^][^][^]}.

Automaker production forecasts show strong EV output, but market dynamics vary. Tesla's projected vehicle production for Q3 2026 is anticipated to be between 455,000 and 510,000+ units, with prediction markets indicating a consensus for production to exceed 440,000 units ^{[^]}. Despite these robust projections for some major automakers, BYD maintains a significant global lead in New Energy Vehicle (NEV) passenger volume over Tesla, with its volumes tracking at roughly a 2-to-1 ratio against Tesla's pure-Battery Electric Vehicle (BEV) output ^{[^]}.

Global battery demand is rising, yet battery metal prices are declining. Overall global battery demand surpassed 1 TWh in the first seven months of 2026 ^{[^]}. Energy storage systems (BESS) are capturing a growing portion of this demand, accounting for approximately 21% of the total, which helps to offset slower-than-expected growth in passenger EV sales ^{[^][^]}. However, as of late August 2026, overall battery metal demand remains under pressure ^{[^]}. Lithium carbonate prices have fallen significantly, including a substantial ~12% month-over-month decline observed in early August ^{[^]}. Similarly, cobalt prices have also experienced sharp decreases, attributed to increased supply and weakened downstream restocking activities ^{[^][^]}.

The closure of the Strait of Hormuz significantly increased battery mineral processing costs. The blockage on February 28, 2026, created a major logistical risk for battery mineral processing by restricting the global supply of sulphur, a critical reagent ^{[^][^][^]}. This disruption caused a severe decline in global seaborne sulphur trade, with Gulf loadings falling approximately 74.5% year-on-year by March 2026. As a result, sulphur prices surged by over 50%, and sulphuric acid prices more than doubled, directly inflating the processing costs for battery-grade minerals, a challenge that facilities continue to face as of late August 2026 ^{[^][^][^][^]}.

China's processing dominance amplifies existing cost and geopolitical risks. China handles around 90% of rare earths, 65% of lithium, and 80% of battery-grade graphite processing globally, exacerbating these cost pressures ^{[^][^][^]}. Chinese converters are experiencing increased expenses from high energy (LNG) and reagent (sulphuric acid) prices directly attributable to the blockade ^{[^]}. Furthermore, China's expanded export controls on battery supply chain materials, including graphite and cathode materials, and related equipment, with some temporary suspensions expiring in November 2026, pose a substantial geopolitical risk to global downstream battery production ^{[^]}.

LME and SHFE inventory reports do not track battery-grade materials. Recent inventory reports from the LME and Shanghai Futures Exchange (SHFE) do not provide specific information on the global surplus or deficit of battery-grade nickel and cobalt for Q3 2026. These exchanges primarily focus on commodity-grade metals and do not track battery-grade materials in their deep, centralized warehouse markets ^{[^]}. Instead, battery-grade materials like cobalt hydroxide and lithium are typically traded through long-term contracts or direct agreements between refineries and cathode manufacturers ^{[^]}.

The global nickel market in 2026 projects near balance or a small deficit. The International Nickel Study Group (INSG) projects the global nickel market in 2026 to be in a state near balance or a small deficit of 32 kilotonnes (kt) ^{[^]}. This projection is primarily attributed to anticipated reductions in Indonesian ore production quotas and a lower metal content within the ore ^{[^][^]}.

The cobalt market for 2026 is projected to face a significant deficit. For the overall cobalt market in 2026, an export-adjusted deficit is expected, leading to an "accessible-supply" deficit of approximately 96 kt ^{[^]}. This deficit is largely due to export restrictions imposed by the Democratic Republic of Congo (DRC) and various logistical bottlenecks ^{[^]}. It is important to note that these market balance projections for nickel and cobalt apply to 2026 generally and are not specifically tied to battery-grade materials or Q3 2026 data derived from LME or SHFE inventory reports.

China's enhanced recycling mandates will significantly impact lithium and cobalt supply. The Interim Measures for Recycling and Comprehensive Utilization of Used NEV Power Batteries, effective April 1, 2026, directly influences the recovery and circularity of battery materials like lithium and cobalt from used EV batteries by introducing a digital identity approach ^{[^][^][^][^][^][^]}. This was further reinforced by a joint enforcement action on standardized recycling of used power batteries, published April 28, 2026, which emphasizes compliance and could affect the timing and volume of recovered materials ^{[^][^][^][^][^][^]}. Broader extended producer responsibility mandates for EV batteries require automakers to manage collection and recycling, aiming to reduce reliance on imports of cobalt, nickel, and lithium through domestic circular supply chains ^{[^]}. Additionally, updates to the Ecological and Environmental Code on August 13, 2026, could indirectly influence permitting, compliance costs, and operational constraints for battery material recovery facilities ^{[^][^][^][^][^][^]}. It is noted that no cobalt-specific Chinese regulation directly driving changes through August 2026 was identified ^{[^][^][^][^][^][^]}.

New mineral resource laws and export controls will constrain primary lithium supply. China's revised Mineral Resources Law, effective July 2025, and its subsequent implementation regulations, effective June 2026, centralize the permitting process for lithium and other strategic minerals under the Ministry of Natural Resources ^{[^][^][^][^]}. These regulations introduce stricter "green mine" criteria, minimum Li2O content thresholds of 0.4%, and state-managed strategic reserve systems ^{[^][^][^][^]}. A significant bottleneck is the CATL's Jianxiawo lithium mine in Jiangxi province, which has remained idle since August 2025 due to licensing expirations and new environmental assessment requirements; industry analysts do not anticipate material output from this mine before Q4 2026 ^{[^][^][^][^][^]}. Furthermore, China has escalated export licensing controls on critical minerals since April 2026, which has contributed to significant price volatility in global battery supply chain inputs and remains a key geopolitical risk factor through August 2026 ^{[^]}.

Lithium prices trended upward in late August 2026 due to pre-peak season restocking, with battery-grade lithium carbonate reaching approximately $19.80/kg ($19,800/t) spot CIF and exceeding CNY 150,000/MT in China markets [^] [^] . In contrast, cobalt prices faced downward pressure in August 2026, with FastMarket Cobalt 30% trading around $20.00/lbs following a 6.98% weekly decline, while nickel prices saw gains ^{[^][^]}. The global price of nickel in July 2026 was approximately 16,632.36 U.S. dollars per metric ton ^{[^]}. Copper prices in 2026 are subject to a consensus forecast range of 5.00 to 6.35 U.S. dollars per pound, with volatility driven by trade policy uncertainties and potential Chinese stimulus ^{[^]}. A primary economic catalyst is the ongoing Gulf oil shock, triggered by the conflict in Iran/Strait of Hormuz, which has driven sustained high oil prices, increased gasoline costs, and accelerated global EV sales as consumers seek alternatives ^{[^][^][^]}. Supply chain costs remain elevated across battery metals due to a significant sulphuric acid shortage linked to the regional conflict, affecting refining capacity for lithium, cobalt, and manganese ^{[^][^]}. Prediction markets tracked an EV commodity price index throughout August 2026, with the index consistently trading at high levels, indicating market expectations of elevated commodity costs ^{[^]}.

China's NEV market remains a key driver, with passenger retail sales projected to hit a record 1.04 million units in August 2026, achieving a 65.8% penetration rate supported by the Chengdu Auto Show and local trade-in subsidies [^] . Global EV demand is projected to grow by 16% in 2026, despite headwinds such as the cessation of U.S. federal EV purchasing incentives ^{[^]}. Market outlooks for 2026 suggest a potential tightening of the lithium market, with demand growth forecasted at 24% potentially outpacing supply expansion forecasted at 19% ^{[^]}. Battery metal price volatility and the EV industry's shift toward hedging long-term purchasing schedules have led to increased use of futures contracts for risk management, such as Lithium Hydroxide and Cobalt Metal futures ^{[^][^][^]}.