Chokepoint Vulnerability

The battery supply chain demonstrates moderate-high infrastructure modal rigidity, heavily relying on specific large-scale infrastructure nodes for heavy and bulky materials and finished products. Key raw materials and finished battery packs primarily utilize deep-water ports for ocean freight, connecting to robust rail and heavy-duty trucking networks.

• Impact: Disruptions to these critical hubs, such as port strikes or natural disasters, can lead to significant delays lasting weeks to months and substantial cost increases, as evidenced by recent events like the Red Sea crisis and Panama Canal drought, which strain existing alternative routes.

The battery and accumulator manufacturing sector faces moderate-high systemic entanglement due to its profoundly multi-tiered and globally concentrated supply chain for critical raw materials.

• Concentration: Approximately 70% of global cobalt supply originates from the Democratic Republic of Congo, and China dominates processing, controlling over 60% of lithium chemical processing capacity and 80% of graphite anode material production.
• Visibility: Supply chains often exceed five tiers with opaque nodes at raw material extraction and preliminary processing, creating geopolitical dependencies and significant visibility challenges for manufacturers, despite ongoing diversification efforts. These systemic risks are exacerbated by long lead times for new mining and processing capacity.
• Impact: The industry remains exposed to significant geopolitical, ethical, and supply disruption risks due to this complex and concentrated structure.