UBS Significantly Upgrades Lithium Price Forecasts, Bullish on Dual Drivers: EVs and Energy Storage

Overview

This report, published by UBS, centers on a significant upward revision to lithium price forecasts. It identifies geopolitical conflict—particularly in the Middle East—and the resulting energy shock, surging electricity demand from AI data centers, and falling battery system costs as key catalysts driving above-consensus growth in electric vehicle (EV) and battery energy storage system (BESS) demand. Simultaneously, new supply faces heightened policy, geological, and commercial hurdles, constraining the speed of supply response. Based on tighter market balance expectations, UBS raises its near-term spodumene price forecast by up to 23% and its long-term forecast by 17% to USD 1,400/ton (SC6.0); near-term lithium carbonate and lithium hydroxide price forecasts are upgraded by 17–47%.

Core views

Demand side: Dual-engine acceleration of lithium consumption. First, the electric vehicle (EV) segment: soaring oil and gas prices driven by Middle East conflict improve the total cost of ownership (TCO) advantage of EVs versus internal combustion engine (ICE) vehicles, driving strong year-on-year EV sales growth across Europe (Germany +34%, France +40%, UK +22%). While the U.S. market remains challenging and China’s early-year performance was weak due to subsidy phase-outs, March data shows Chinese EV registrations surged 86% month-on-month and exports rose 76% year-on-year—evidence of underlying demand resilience. Additionally, rapid e-truck penetration in China represents a new incremental demand source. UBS raises its two-year compound annual growth rate (CAGR) assumption for global auto sales from 12% to 15%. Second, the battery energy storage system (BESS) segment: UBS’s battery team estimates BESS system costs will fall 30%; combined with massive electricity demand from AI data centers, this lifts the global BESS demand forecast by 6% to 1.6 TWh by 2030. Combining robust EV and BESS dynamics, UBS forecasts global battery demand at 1.81 TWh in 2026 and 2.35 TWh in 2027—driving global lithium demand from 1.7 million tonnes in 2025 to 2.32 million tonnes in 2027, representing ~623,000 tonnes of incremental demand over two years. Supply side: Supply response faces multiple headwinds. Although historical experience suggests new supply can ramp up quickly, this cycle presents steeper policy, geological, and commercial hurdles. UBS forecasts supply growth of ~596,000 tonnes between 2025 and 2027—below the 623,000-tonne demand increment. Key supply additions are expected from Australia (e.g., Greenbushes, albeit with recent guidance downgrades), China (Qinghai salt-lake projects and CATL’s Jianxiawo mine restart), and Africa (Goulamina in Mali, Kamativi and Arcadia in Zimbabwe). However, macro uncertainty, disruptions to inputs such as diesel, and lithium price volatility have made listed producers more cautious about expanding output or restarting projects—delaying supply release. Price forecasts: Broad-based upgrades. Given tightening market balance, UBS raises its near-term spodumene price forecast by up to 23% and its long-term forecast by 17% to USD 1,400/ton (SC6.0), reflecting inflationary pressures on capital and operating costs in key producing regions like Canada and Australia. For lithium chemicals, near-term lithium carbonate and lithium hydroxide price forecasts are raised by 17–47%, but long-term forecasts remain unchanged due to margin compression among Chinese converters.

Analysis framework

UBS employs a bottom-up supply-demand balance methodology. On the demand side, it integrates granular EV sales forecasts from UBS’s global automotive team (by powertrain type—BEV/PHEV/ICE—and region) and battery team analysis of battery chemistry, cathode composition, and per-unit lithium consumption, while explicitly incorporating the impact of geopolitics on energy economics. On the supply side, project-level assessments—weighted by risk tier (operational, base case, possible, assumed)—are built using Wood Mackenzie data, company guidance, and project timelines, and include gradual contributions from lithium recycling. Price curve revisions are derived by comparing adjusted supply-demand gaps. Additionally, high-frequency monthly data from the China Automotive Battery Innovation Alliance (CABIA) is used to validate short-term demand trends.

Methodology notes

• Industry/Sector Analysis FrameworkSupply-demand framework

  Supply-Demand Balance Analysis

  By forecasting lithium demand (from EVs and energy storage) and supply (from mines and recycling) separately over future years, the model calculates market surplus or deficit to infer price direction. This is the core analytical framework for commodity research.

• Industry/Sector Analysis FrameworkUpstream-Midstream-Downstream Value Chain Transmission

  Cost Transmission and Margin Compression

  The report notes that while upstream lithium feedstock prices are rising, long-term lithium chemical price forecasts remain unchanged due to margin compression among Chinese converters (midstream). This reflects how different segments absorb and transmit price volatility along the value chain.

• Event-Based Game Theory & Behavioral Finance

  Geopolitical Impact on Substitution Effects

  The report analyzes how Middle East conflict-induced oil and gas price spikes altered the relative economics (TCO) of EVs versus ICE vehicles—a classic example of external shocks triggering substitution effects.

Key data

• Long-Term Spodumene Price ForecastUSD 1,400/ton17% upgrade, reflecting cost inflation
• Near-Term Spodumene Price Forecast Upgrade MagnitudeUp to 23%Reflecting tightening market conditions
• Near-Term Lithium Chemical Price Forecast Upgrade Magnitude17–47%Lithium carbonate and lithium hydroxide
• 2026 Global Lithium Demand Forecast1.97 million tonnesGrowth from 2025 level
• 2027 Global Lithium Demand Forecast2.32 million tonnesApproximately 623,000 tonnes of incremental demand over two years
• 2025–2027 Supply Growth Forecast596,000 tonnesBelow demand increment, implying a deficit
• March China EV Registrations MoM Growth86%Indicating strong short-term demand rebound
• March China ESS Battery Sales YoY Growth115%Energy storage demand surge

Impact & implications

The report concludes that structural lithium shortages will persist over the coming years, particularly requiring unknown greenfield/brownfield projects beyond 2030 to meet demand. For investors, this implies re-rating of lithium assets—especially those located in politically stable jurisdictions, with strong cost control, and capable of delivering long-term supply security. Meanwhile, the energy storage boom provides lithium demand with a second growth pillar, reducing reliance on the automotive market alone. However, margin compression in the conversion segment signals potential profitability pressure for midstream processing companies.

Risks

• Commodity prices and exchange rates may exhibit greater volatility than anticipated.
• The mining industry faces political, financial, and operational risks.
• Macroeconomic uncertainty could lead to weaker-than-expected demand.
• Unexpected supply additions may emerge (e.g., from opaque regions such as Nigeria’s DSO).
• New technologies or alternative materials may threaten lithium demand.

What to watch

• Strength of China’s EV sales rebound in H2.
• Actual deployment pace of global BESS projects.
• Production guidance updates from major lithium producers (e.g., IGO, CATL-linked mines).
• Policy environment shifts for new projects in Africa and South America.
• Impact of lithium price volatility on producers’ willingness to expand capacity.