While lithium prices have declined for nearly two years, industry experts believe that demand for lithium will be strong enough to narrow the gap between supply and demand by the end of 2026. This renewed optimism is reflected in lithium markets worldwide, where investors and producers are watching for potential shifts in technology, government policies, and industrial trends that will likely impact lithium pricing in the near term. Commodity price volatility and increasing awareness of evolving global economic factors have added to the growing focus on the future of lithium.
Anticipated changes in power and technological requirements
As renewable energy resources such as wind and solar are increasingly used to generate electricity, there is expected to be a significant demand for batteries to provide backup power when these intermittent sources of power do not produce electricity.
Battery energy storage costs have declined significantly over the past decade, largely due to advancements in technology. As a result, demand for lithium rose again in the latter part of 2025, primarily due to the surge in construction of artificial intelligence (AI)-driven data centers, which require reliable power delivery and often necessitate a battery energy storage system.
Although electric vehicle (EV) battery demand represents the majority of lithium demand, and EV sales globally are expected to grow, analysts anticipate that increased demand from other industries will result in significant tightening of the lithium market by the end of 2026.
Industry leaders expect strong price growth
Ganfeng Lithium Chairman, Li Liangbin, predicts that lithium demand may grow 30 percent to 40 percent by 2026 if it follows current trends. That would cause lithium carbonate prices to jump significantly to between $18,000 and $25,000 per ton.
Energy storage emerges as a new source of demand
Higher prices are forecasted due to explosive growth in energy-storage installations for grid balancing and increasing power needs for digital infrastructure using AI. These forecasts have already caused many lithium-focused equities to increase in value worldwide, indicating increasing confidence from investors.
Demand for lithium from the energy-storage industry is expected to drive lithium prices upward over the next couple of years. Analysts attribute most of this demand to the need to store energy from renewable energy resources and the growing need for power from data centers. As reported by S&P Global, “grid-scale” battery energy storage is fast becoming the second-largest consumer of lithium, after electric vehicles; analysts predict the energy-storage industry will see double-digit growth in 2026.
The energy-storage segment is rapidly developing as a key source of support for lithium demand, providing a counterbalance to relatively slow demand growth in the electric vehicle (EV) segment and creating long-term structural demand pressures for lithium. Installation of commercial and utility-scale energy-storage systems for peak shaving, frequency control, and renewable integration is increasing at a pace that could potentially surpass the growth of the EV segment in lithium consumption on an annual basis.
Constraints on the supply side favor recovery
Delays in restarting mining operations, such as those in CATL’s Jianxiawo mine in China, are constraining lithium producers’ ability to increase their output and forcing battery manufacturers to acquire lithium in the open market.
In addition to low stockpiles – the lowest levels seen since mid-2024 – combined with price-sensitive purchasing behavior, have created elevated futures trading activity on the Guangzhou Futures Exchange.
Because of these low stockpiles, the exchange recently reached its daily trading limit. The limit is due to increased expectations for future demand. If the forecasts of both S&P Global and NAI500 come true, lithium prices may recover from the recent lows. They may also establish a new base price level based on the increasing global trend toward decarbonized energy enabled through the use of storage systems.
