On July 2nd, the global new energy and resource landscape ushered in a landmark turning point. The Defense Logistics Agency (DLA) of the United States Department of Defense has officially released a tender announcement, launching a five-year special procurement plan for lithium carbonate. The plan is to purchase up to 161.67 tons of high-purity battery grade lithium carbonate, with a total contract amount of up to $300 million, specifically to supplement the US national defense reserves. This is the first time in US history that lithium carbonate has been included on a large scale in the national defense strategic reserve system.
The recent US storage incident is not accidental, but an inevitable result of global energy transformation and geopolitical competition. In the post carbon neutral era, the replacement of traditional fossil fuels with new energy has become a global consensus. Lithium batteries, as the core components of energy storage, new energy vehicles, military equipment, and intelligent terminals, are the backbone of the new energy industry. Lithium carbonate is the core raw material for manufacturing lithium batteries, and battery grade lithium carbonate with a purity of over 99.5% is an essential raw material for high-end new energy equipment and military energy storage systems.
From the perspective of the civilian sector, the global penetration rate of new energy vehicles continues to rise, and the explosive growth of the energy storage industry has driven the continuous rigid increase in demand for lithium carbonate; From the perspective of military and defense industries, high-end equipment such as military drones, individual energy storage devices, ship power systems, and defense backup energy storage power stations are highly dependent on stable and high-quality lithium resource supply. In modern technological competition, lithium resources are no longer simply industrial raw materials, but a core element that directly affects the iteration of national defense equipment, energy supply security, and the independent and controllable industrial chain.
US strategic goal: weaken China’s global dominance in lithium refining
Currently, over 70% of the global battery grade lithium carbonate refining capacity is concentrated in China, while the domestic lithium salt refining capacity in the United States is less than 2% of the world’s total. This national defense storage is part of a complete “de Sinicization” initiative: while locking in overseas lithium resources with national defense reserves, increasing local salt lake mining, supporting North American lithium smelting capacity, and restricting Chinese companies’ overseas lithium mine investment. The long-term goal is to achieve self-sufficiency in domestic lithium salts by 2030, covering 30% -40% of domestic demand and reducing dependence on Chinese processing.
The pricing logic of lithium carbonate may be rewritten
In the past, the pricing power of lithium carbonate was completely market-oriented, and price fluctuations became the norm. During the prosperous period of the industry, capital piled up to expand production, and overcapacity caused a sharp drop in prices; During the recovery period of the industry, there is a mismatch between supply and demand, and prices are rapidly rising. The severe cyclical fluctuations pose great costs and supply chain risks to the development of new energy industries in various countries. At the national level, an overly market-oriented resource supply model cannot guarantee stable demand in key areas such as national defense, core infrastructure, and energy storage for people’s livelihoods. It is highly susceptible to factors such as international capital, geopolitical conflicts, and production capacity monopolies.
Lithium resources are included in the national defense reserve system, breaking away from the market-oriented pricing and circulation logic of ordinary commodities. Through long-term and quantitative strategic reserves, we aim to lock in high-quality lithium resource supply, hedge market cycle volatility risks, and ensure absolute autonomy and controllability of the defense core industry chain. This measure completely breaks the cyclical label of lithium carbonate and endows it with national level strategic attributes.
The impact on the total domestic lithium carbonate market is limited, but the bottom is clearly supported
The five-year upper limit is 16167 tons, with an average annual output of only about 3200 tons. By 2026, the total global demand for lithium carbonate will exceed 2 million tons of LCE, with an average annual purchase volume accounting for less than 0.3% of global demand. This will not directly drive a significant tightening of supply and demand or a surge in lithium prices. But the United States provides a “policy security cushion” for global lithium prices through defense procurement. The combination of the European Union, Japan, and South Korea is highly likely to follow suit in establishing lithium strategic reserves, increasing the demand for normalized rigid reserves, effectively bottoming out prices, significantly narrowing the downward space, and transforming the industry from a “strong cycle of rapid rise and fall” to a “range oscillation and bottom rise”.
Pushing China’s lithium resource security upgrade
The United States will include lithium in its defense reserves as a demonstration, and domestic policies will accelerate the establishment of normalized national reserves of lithium carbonate and lithium concentrate to hedge the risk of global resource competition. Domestic lithium companies are deeply cultivating the South American lithium triangle to achieve diversified and dispersed upstream resources, reduce Australia’s dependence on a single mineral source, hedge the risk of exclusive layout in the European and American supply chains, lock in overseas long-term cooperative mineral sources, and consolidate their voice in upstream resources.
Overall, the limited volume of storage orders in the United States will not change the domestic supply and demand of lithium carbonate, but it will effectively support lithium prices and restore corporate profits; The real impact in the medium to long term is not in order diversion, but in the comprehensive upgrading of global lithium resource geopolitical competition. Forcing China to accelerate the independent control of lithium resources and reshape the domestic lithium industry’s “local resources+overseas diversified layout+recycling” safety system.
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