Modern battery gigafactory interior with automated manufacturing lines

United States Foundry for Advanced Batteries

Building the Foundries That
Power the Future.

The United States Foundry for Advanced Batteries is creating the manufacturing infrastructure that powers defense, aerospace, artificial intelligence, energy storage, transportation, and critical infrastructure across the United States and allied nations.

A consortium of manufacturers, suppliers, investors, governments, and innovators building sovereign battery manufacturing capacity.

0.0 TWh

Leading producer's installed cell capacity (vs. ~0.2 TWh U.S.)

~$0B

Advanced battery value chain by 2030

>0%

U.S. cell-manufacturing equipment that is imported

0

Strategic pillars uniting the allied industrial base

Illustrative figures drawn from widely reported industry and analyst sources.

The Thesis

"The companies that design battery technologies should not have to build billion-dollar factories. Just as semiconductor companies rely on foundries to manufacture chips, battery innovators should have access to trusted manufacturing infrastructure capable of producing cells, packs, and systems at commercial scale."

The Model

A proven playbook, applied to batteries.

SEMATECH for Batteries

A neutral consortium aligning industry on shared standards, R&D, and qualification.

Foundry Ecosystem for Batteries

Trusted contract manufacturing — designers focus on chemistry, foundries scale production.

CHIPS-Style Model for Battery Manufacturing

Public–private capital architecture that catalyzes a sovereign industrial base.

Five Strategic Pillars

The architecture of sovereign battery manufacturing.

Five mutually reinforcing pillars that together form a resilient, allied industrial base.

Battery Foundries

Shared, trusted-source contract manufacturing for cells, packs, and systems.

Equipment Independence

Rebuild domestic battery manufacturing-equipment capability.

Materials Security

Resilient, increasingly closed-loop critical mineral supply chains.

Workforce Development

Certified curricula tied directly to foundry operating roles.

NATO & Allied Collaboration

A transatlantic battery manufacturing ecosystem.

Global Footprint

A Global Challenge, an Allied Answer.

Cell manufacturing today is concentrated in a single region. The Alliance is building dispersed, trusted capacity across the United States and partner democracies.

US — Western Hub — Allied node — emerging cell & pack capacityUS — Eastern Hub — Allied node — materials and equipment clusterUS — Southern Hub — Allied node — energy storage manufacturingCanada — Allied node — critical materials and processingUnited Kingdom — Allied node — defense and aerospace storageWestern Europe — Allied node — pack assembly and integrationNordic Europe — Allied node — sustainable cell productionJapan — Allied node — advanced materialsSouth Korea — Allied node — cell technologyAustralia — Allied node — lithium and rare materialsConcentrated Region — Concentrated production — represents majority of global cell output today
Allied nodes (US + Europe + Partners)Concentrated production regionActive build-out

Illustrative concentration; the Alliance builds dispersed, trusted allied capacity. Figures drawn from widely reported industry and analyst data.

Membership

Join the Battery Industrial Base.

Whether you manufacture, supply, invest, regulate, or research — there is a seat for you at the table.

Become a Member

Insights

Briefings from the Alliance.

Strategy

Why Batteries Are the New Semiconductors

The parallels between the chip industry's foundry revolution and the battery sector's coming structural shift.

Read

Model

The Foundry Model Explained

How contract manufacturing transforms an industry — and why batteries are next.

Read

Supply Chain

Equipment Independence: The Overlooked Pillar

Why allied sovereignty starts with the machines that build the machines.

Read