Ford Energy Launches U.S. Battery Energy Storage Systems

Ford Motor Company is going well beyond the driveway to power the grid of America. Ford had formally announced Ford Energy, a totally new 100% owned subsidiary that will manufacture large-scale grid batteries in the U.S. This new division focuses on the production of state-of-the-art (and most advanced) Battery Energy Storage System (BESS) for utility companies, giant internet data centers, and big industrial end customers.

But why should the average person care about this? These giant battery packs will help stabilize local power networks as extreme weather makes power outages more common and renewable energy grows. They are funded by using the clean electricity they captured to release it when power grids collapse under energy dire stress. Leveraging more than a century of mass-production chops, the automobile titan intends to roll out at least 20 gigawatt-hours (GWh) of energy storage every year. The Company is quick out of the door, with its first official customer deliveries in late 2027.

Of course, this brash plunge into the commercial energy waters took a long time to come about. For much of the past year, Ford has been working under the radar to build a solid base for this new business unit. The company didn’t spend time talking about future concepts; it was all about executing on what they’d considered real-world. Engineers and logistics experts secured essential routes for materials, prepared factory locations, and aligned their technology with the burgeoning need for energy storage options manufactured in America.

Ford has already committed nearly $2 billion to this new business venture. Now, the company is in all-out execution mode; it has been building products for commercial customers and gearing up manufacturing capacity that will ship heavy-duty systems by late 2027.

What Technology Powers the Ford Energy DC Block?

Ford Energy DC block: Ford’s big new EV push starts here. It’s built around a standard 20-foot shipping container design, making it easy to deploy at local power stations or remote data centers. The company deploys advanced 512 Ampere-hour (Ah) Lithium Iron Phosphate (LFP) prismatic cells inside each container.

Compared to a traditional lithium-ion pack that you’d find in an electric vehicle, LFP battery chemistry delivers significant benefits. These cells are made with safer materials that offer fantastic thermal stability and drastically consequently reduces the likelihood of fire or overheating, Both configurations combine advanced LFP technology with an active liquid-cooled thermal management loop and an automated battery management system to maximize safety and overall lifetime.

Customers can acquire the system in one of two distinct configurations, depending on their daily total energy needs:

• The FE-250: A fast delivery system that offers two hours of uninterrupted power.
• FE-450: A long-duration system for 4 hours of round-the-clock dispatch of electricity.

Ford designed the whole DC block around those metrics that matter most to commercial buyers: predictable long-term performance, serviceability and exceptional temperature stability. The outcome is a 20-year machine, an extraordinary pledge for a brand name that’s 122 years old.

Where Will These Massive Systems Be Built?

Great industrial infrastructure is key to high-volume production. To accelerate its growth and achieve scale, Ford is converting spare American battery production capacity at its Glendale, Kentucky, facility, where it will primarily supply the fast-growing energy storage market.

A single strategy will oversee the entire manufacturing cycle, end-to-end, carried out at Kentucky factory operations. Employees would perform complete battery cell manufacturing, creating internal electrode coils and final assembly of battery modules and large shipping cases. Ford will also have dedicated sales and long-term service support teams located directly within this production network to facilitate best practices in execution.

This domestic supply chain approach actively helps to support an ever-changing regulatory landscape. Since those systems are produced in Kentucky by Ford, they qualify under the requirements for the Federal Investment Tax Credit (ITC). These appliances also meet the domestic content and materials assistance requirements that are mandatory for any modern grid-scale infrastructure project, providing an essential financial edge to American buyers.

Why is Ford Spilling Into the Energy Market Now?

Fully dispatchable, secure energy storage is in greater demand than ever before across the American landscape. As artificial intelligence data centers are presented with their tremendous growth trajectory, as we demonstrate the super-quick deployment of solar and wind power, and how national grid resilience is pushing boundaries, an enormous market vacuum opens up.

It cannot take chances on unproven suppliers or the shakily financed startups that energy developers are investing billions of dollars into every year. What they need are storage systems that can withstand the test of time in more ways than one, affordable enough to comfortably insure, and infinitely reliable for no less than generations. Additionally, these infrastructure purchasers require partners they can count on over the long term, with companies that will still be around in ten years to repay any extended warranty claim.

Ford Energy intends to fill that gap of long-term security. The automotive giant has been producing sophisticated equipment on an industrial scale for more than 100 years and is poised to bring that massive capability to the clean energy revolution.