LITHIUM (LI)
HIGH RISK
Overview
The lightest metal and one of the most electrochemically active elements, lithium is the foundational material for rechargeable lithium-ion battery systems. It underpins electrification, portable energy storage, autonomous systems, and modern military power management technologies.
Strategic importance
Modern military drones, portable soldier systems such as IVAS and ATAK, autonomous platforms, and battlefield energy systems depend heavily on lithium-ion battery energy density. Contested logistics environments increasingly require rechargeable, lightweight, and high-capacity power systems for operational endurance and distributed warfare.
Risk score
75/100
Primary use cases
Global supply chain map
Key stats
Known reserves~115M tons reserves. Ore extraction diversified; China ~65% of battery-grade refining.
# of producing countries5
Global production (2023)—
China share of refining—
Export controls—
Producing countries
Defense & flow
Defense capability exposure
| Capability area | Exposure level | Score |
|---|---|---|
| Drone & Autonomous Systems | CRITICAL | 5 |
| Portable Soldier Systems | CRITICAL | 5 |
| Military Energy Storage | HIGH | 4 |
| Electric Military Vehicles | HIGH | 4 |
| Strategic Grid Infrastructure | HIGH | 4 |
| Forward Operating Power Systems | HIGH | 4 |
Strategic impact
Lithium is foundational to rechargeable battery technologies supporting military drones, soldier systems, autonomous platforms, communications infrastructure, and strategic energy storage. A disruption in lithium refining or precursor production would affect military electrification efforts, operational endurance systems, and large portions of the civilian industrial base tied to batteries and electrification. While ore production is geographically diversified, refining concentration creates strategic exposure at the chemical processing layer.
Supply chain control
China
Australia and Chile mine heavily, but China dominates refining and battery precursor production.
Risk indicators
- Battery-grade refining dominated by China (~65% of global capacity)
- Bolivia's vast reserves locked behind nationalization policies
- Processing chokepoint persists even as ore extraction diversifies
Risk & challenge analysis
Lithium ore extraction is relatively diversified compared to many critical minerals, with major production concentrated in Australia and the South American lithium triangle. However, battery-grade refining and precursor chemical manufacturing remain heavily concentrated in China. Bolivia possesses enormous lithium reserves but has struggled to commercialize them due to political instability, nationalization policies, and infrastructure limitations. As a result, refining capacity rather than ore availability remains the core strategic vulnerability.
Strategic insight
Australia has emerged as one of the most important allied nations attempting to break Chinese dominance in lithium refining and battery precursor production. Investments in domestic and allied refining capacity represent a potential long-term model for resilient critical mineral supply chain anchoring outside adversarial processing ecosystems.
Value chain — key companies
UPSTREAM
Extraction & mining
- Albemarle
- SQM
- Pilbara Minerals
- Arcadium Lithium
MIDSTREAM
Refining & processing
- Ganfeng
- Tianqi
- CATL
- LG Chem
DOWNSTREAM
Manufacturing & end use
- Tesla
- BYD
- Panasonic
- GM
- Ford
◎
Key chokepoint
Battery-grade lithium chemicals
Recent Intelligence
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Intelligence metadata