Through our global contract manufacturing partnerships, state-of-the-art pilot line, and future GWh-scale production site, we are positioned to deliver our customers high-performance silicon anode batteries at scale.
This expansion marks a significant milestone in Amprius' global manufacturing strategy, significantly enhancing our production capabilities to meet the rising demand for our high-performance silicon anode batteries.
These partnerships allow us to quickly move customers through the commercial validation process, secure volume purchase commitments, and deliver large quantities of cells.
The partner production lines integrate the latest innovations in battery manufacturing equipment and processes, leveraging cutting-edge technology with advanced environmental controls.
Central to Amprius' research and development efforts, this facility drives continuous innovation in silicon anode battery technology and maintains our industry leadership.
Offers the capability to develop customized battery solutions tailored to specific customer requirements, enhancing satisfaction and expanding application possibilities.
Demonstrates the ability to produce high-performance batteries, with a focus on quality and reliability designed to meet or exceed industry standards.
The production line specification and selection as well as the construction design drawings and specifications have been completed. From a regulatory standpoint, we remain on track.
With an annual potential of up to 5 GWh within the initial footprint, the site includes a modular setup that allows for phased capacity increases, ensuring Amprius can adapt to evolving market needs and meet large-scale demands efficiently.
Incorporates energy-efficient technologies and sustainable practices to minimize environmental impact, aligning with Amprius' commitment to green energy solutions.
With our MWh-scale manufacturing site in Fremont and GWh-scale partnerships in China—soon expanding across Asia and Europe—we’re ready to meet the growing demand from leading industries.