Anthro Energy has begun construction on a Louisville facility designed to produce battery electrolytes, aiming to support U.S. supply chains and advance solid-state battery technology.
Key facts
- •The Louisville factory is expected to start production in 2028.
- •The facility aims to supply electrolytes free from 'foreign entity of concern' restrictions.
- •Anthro Energy CEO David Mackanic stated the factory will produce 25 gigawatt-hours of electrolytes.
- •Proteus, the company's polymer product, is designed to be compatible with existing manufacturing lines.
- •The project is intended to help the company scale production and overcome manufacturing challenges.
Anthro Energy broke ground on Tuesday on a new factory in Louisville, Kentucky, capable of producing enough battery materials for over 300,000 electric vehicles. The facility, which is scheduled to begin production in 2028, aims to provide a domestic, non-Chinese source of electrolytes for the U.S. battery industry. The project is supported by federal funding and state tax incentives.
By the numbers
Funding and Production Goals
The project received a $24.9 million award from the Department of Energy under the Bipartisan Infrastructure Law, along with $18.4 million in investment tax credits via the Inflation Reduction Act. The state of Kentucky provided $2.3 million in tax incentives, contingent on the creation of 110 permanent jobs. The factory is designed to produce 25 gigawatt-hours of electrolytes annually, with a location chosen for its proximity to 70% of existing U.S. battery production facilities.
Advancing Solid-State Technology
The facility will initially produce a range of electrolytes, with plans to eventually focus on Anthro’s proprietary polymer, Proteus. This material is designed to integrate into existing production lines, potentially facilitating the transition to solid-state and semi-solid-state batteries. Anthro’s manufacturing process involves an electrolyte that is liquid during initial cell assembly before firming up, which the company claims creates a stronger, flexible battery cell that reduces fire risks and prevents short circuits caused by dendrites.
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This article was independently rewritten by ManyPress editorial AI from reporting originally published by TechCrunch.



