June 7th news
On July 2, the global landscape of new energy and resources reached a landmark turning point. The U.S. Department of Defense Logistics Agency (DLA) officially issued a tender notice, launching a five-year special procurement program for lithium carbonate. The program aims to procure up to 16,167 tons of high-purity battery-grade lithium carbonate, with a total contract value capped at US$300 million, specifically intended to replenish the U.S. National Defense Stockpile. This marks the first time in U.S. history that lithium carbonate has been incorporated on a large scale into the nation’s defense strategic reserve system.
This US stockpiling event is by no means a coincidence, but an inevitable result of the global energy transformation and the escalation of geopolitical competition. In the post-carbon neutrality era, the replacement of traditional fossil fuels with new energy sources has become a global consensus. Lithium batteries, as the core components of energy storage, new energy vehicles, military equipment, and smart terminals, are the lifeline of the new energy industry. Lithium carbonate, especially battery-grade lithium carbonate with a purity of over 99.5%, is a critical raw material for high-end new energy devices and military energy storage systems.
From the perspective of civilian use, the global penetration rate of new energy vehicles continues to rise, and the energy storage industry is experiencing explosive growth, driving a sustained and rigid increase in the demand for lithium carbonate. From the perspective of military and national defense, high-end equipment such as military drones, individual energy storage devices, ship power systems, and national defense backup energy storage stations all heavily rely on stable and high-quality lithium resource supplies. In modern technological competition, lithium resources are no longer just industrial raw materials; they are core elements that directly affect the iteration of national defense equipment, the security of energy supply, and the autonomy and controllability of the industrial chain.
U.S. Strategic Goal: Weakening China’s Global Dominance in Lithium Refining
Currently, over 70% of the world's battery-grade lithium carbonate refining capacity is concentrated in China, while the domestic lithium salt refining capacity in the United States accounts for less than 2% globally. This defense stockpiling is part of a broader "decoupling from China" strategy: on one hand, securing overseas lithium resources through defense reserves; on the other hand, increasing the exploitation of domestic salt lakes, supporting North American lithium refining capacity, and restricting Chinese companies' investments in overseas lithium mines. The long-term goal is to achieve 30%-40% of domestic demand for lithium salts through local production by 2030, thereby reducing dependence on Chinese processing.
The pricing logic for lithium carbonate may be rewritten in China
In the past, the pricing of lithium carbonate was entirely market-driven, with frequent price surges and crashes becoming the norm. During periods of industry prosperity, capital flooded into expanding production, leading to overcapacity and subsequent price collapses; during industry recovery, supply and demand mismatches caused prices to spike rapidly, resulting in severe cyclical fluctuations that posed significant cost and supply chain risks to the development of new energy industries in various countries. At the national level, an overly market-driven resource supply model could not ensure stable demand in critical areas such as national defense, core infrastructure, and civilian energy storage, making it highly vulnerable to impacts from international capital, geopolitical conflicts, and production monopolies.
Lithium resources have been incorporated into the national defense reserve system, thereby decoupling them from the market-driven pricing and circulation dynamics typical of ordinary commodities. By establishing long-term, quantified strategic reserves, we can secure a stable supply of high-quality lithium resources, hedge against cyclical market fluctuations, and ensure absolute autonomy and control over the core defense industry chain. This move completely breaks away from lithium carbonate’s label as a cyclical commodity, endowing it with strategic significance at the national level.
Has a limited impact on the total volume of China's lithium carbonate market, but clearly sets a bottom.
With a five-year cap of 16,167 tons—averaging only about 3,200 tons per year—the global total demand for lithium carbonate in 2026 is expected to exceed 2 million tons of LCE. This means that annual procurement will account for less than 0.3% of global demand, and thus will not directly trigger a sharp tightening of supply and demand or cause lithium prices to surge dramatically. However, the U.S. provides a “policy safety cushion” for global lithium prices through defense procurement. Coupled with the high likelihood that the EU and Japan/South Korea will follow suit by establishing strategic lithium reserves, this will create new, consistently rigid reserve demand, effectively underpinning the price floor and significantly narrowing the room for further downward declines. As a result, the industry is shifting from a “high-volatility, boom-and-bust cycle” to a pattern of “range-bound fluctuations with a rising bottom.”
Forcing an Upgrade in China's Lithium Resource Security
The United States' inclusion of lithium in its national defense reserve sets a precedent, and China will accelerate the establishment of a regular national reserve for lithium carbonate and lithium concentrate to mitigate the risks associated with global resource competition. Chinese lithium companies are deeply involved in the Lithium Triangle in South America, achieving diversification of upstream resources, reducing dependence on a single source of ore from Australia, and mitigating the risks of exclusive supply chain layouts by Europe and the US. They are securing long-term overseas mineral sources to strengthen their influence over upstream resources.
Overall, the volume of U.S. stockpiling orders is limited and will not change the supply and demand of lithium carbonate in China, but it will effectively support lithium prices and improve corporate profitability. In the medium to long term, the real impact does not lie in the diversion of orders, but in the comprehensive escalation of global lithium resource geopolitical competition. This will force China to accelerate its self-reliance and control over lithium resources, reshaping the safety system of China's lithium industry with "domestic resources + diversified overseas layout + recycling."
