Building a Resilient U.S. Battery Supply Chain

Billions of dollars are being invested to strengthen domestic battery supply chains. Much of the conversation has centered on accessing critical minerals and the raw materials needed for battery production. Those investments are important, but raw materials are only one part of the equation.

True resilience requires the ability to process those materials, manufacture components and ultimately recycle batteries within the same ecosystem. In some cases, the U.S. has access to the necessary mineral deposits but lacks sufficient mining, refining or processing capacity to convert them into battery-grade materials. As a result, materials may originate domestically, leave the country for processing, then return for use in U.S. manufacturing.

Understanding where these gaps exist is essential to strengthening the supply chain. Expanding domestic manufacturing capacity without corresponding investments elsewhere in the supply chain can simply shift dependencies rather than eliminate them. Building resilience requires a coordinated approach that strengthens each link and enables the supply chain to respond more effectively when disruptions occur.

Not all battery supply chains face the same vulnerabilities. Different chemistries rely on different raw materials, processing capabilities, components and manufacturing infrastructure, which means their exposure to a global supply disruption can vary significantly.

This story was originally published by SupplyChainBrain. Read the full story at SupplyChainBrain →