The Battery Metal Loop & EV Super-Cycle
Global Security Series // Document 04-D
"The transition from fossil fuels to high-density battery packs does not eliminate geostrategic leverage; it shifts it from OPEC corridors to lithium brine valleys and refining cartels."
The modern green industrial race requires unprecedented volumes of critical metals. This briefing explores the extreme geographic concentration of the lithium, cobalt, and nickel supply chains. We expose the acute vulnerabilities of downstream gigafactories that rely on raw mineral flows routed through a singular refining monopoly.
Map supply monopolization levels on our interactive stage Heatmap, compare battery chemistry price indexes under spot metal price shocks, and simulate required gigafactory GWh capacity gaps in real-time.
01 // Monopoly Supply Chain Risk Heatmap
Examine the supply concentration splits (expressed in %) of major countries across the four distinct stages of the battery loop. Hover over any cell for localized intelligence reports.
Supply Chain Intel
Processes the majority of the world's raw lithium and cobalt in specialized domestic chemical plants.
02 // Cell Chemistry Cost Shocks & 3D Flow Atlas
Map raw mineral reserves on the 3D globe (DRC Cobalt, Lithium Triangle brines). Adjust metal spot prices using the sliders to see cell chemistry cost index impacts ($/kWh) immediately.
Chemistry Cost Indices ($/kWh)
03 // 2030 Gigafactory Capacity Gap
Model global gigafactory capacity required to meet passenger EV goals by 2030. Slide the targeted EV adoption rate to check the corresponding capacity deficits.