Australia, Renewables, Storage

Fortescue Zero to launch Marine Battery Production at Detroit

Fortescue Zero is set to begin operations at its U.S. Advanced Manufacturing Center in Detroit, starting with the production of a high-voltage (HV) Marine Battery Pack.

According to Fortescue Zero, this product, developed using Fortescue’s Scalable Battery Module (SBM) technology, marks a significant milestone for the company as it expands its footprint in the clean energy sector.

Fortescue Zero claims the HV Marine Battery Pack is designed to power high-performance marine powertrains and will be used by EVOA, a marine propulsion company, as part of their vessel offerings.

With a capacity of 30 to 34 kilowatt-hour, the battery pack supports EVOA’s powertrain, capable of delivering up to 1000 horsepower, and boasts fast-charging capabilities, ensuring minimal downtime.

The scalable design allows the battery to be configured for both smaller and larger vessels, making it adaptable to a wide range of marine applications.

Fortescue Zero said its SBM technology enables quick turnaround times for both standardised and customised battery packs, providing a versatile solution for various sectors, including automotive, marine, and leisure vehicles.

Mark Hutchinson, CEO of Fortescue Energy, highlighted the company’s strategic position to meet the decarbonisation needs across multiple industries.

“The Marine Battery Packs we have designed and will manufacture for EVOA in Detroit is just the beginning of what is possible with the technology we have created.”

“Our Scalable Battery Module product is flexible and adaptable for a range of products and markets. We’ve pushed innovation and engineering to the limit everywhere from racetracks to mine sites and now our customers get to see the benefits of our real-world experience and get a neat solution for their battery needs that helps minimise investment and risk in their design and development program,” Hutchinson said.

Production at Fortescue’s Piquette Avenue facility is scheduled to begin in the fourth quarter of 2025, with plans for significant manufacturing capacity that will cater to various industries, including automotive, marine, and heavy industry.

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