Ford and GM Are Recasting Themselves as Battery Infrastructure Companies

US automakers are pushing into energy storage

Ford and General Motors are better known for cars and trucks than for grid equipment, but that distinction is starting to blur. Faced with a more difficult electric-vehicle transition and a policy environment that no longer favors EV sales as strongly as before, both companies are deepening their moves into battery energy storage.

The shift is not just a side business. According to the source material, Ford this week formally announced a spinout called Ford Energy that will focus on battery energy storage systems, or BESS. The new unit plans to sell to utilities, industrial customers, and data centers, with first deliveries targeted for late 2027.

The move gives clearer structure to a trend already visible across the industry. Automakers that once framed batteries primarily as a route to all-electric lineups are increasingly treating them as standalone infrastructure products. In that sense, the battery itself is becoming more important than the vehicle it was originally meant to power.

Why storage now looks more attractive than EV expansion

Ford’s timing reflects a combination of business pressure and policy change. The company took a $19.5 billion write-down on its EV programs late last year after scrapping some current and next-generation electric vehicles and renewing its emphasis on hybrids. Battery storage offers a different economic path, one less exposed to weak EV demand and more closely aligned with commercial energy incentives.

The article notes that continued federal support for commercial battery storage projects remains in place even after GOP-led legislation last year removed comparable support for EV sales. That matters because it changes where battery investments may pay off most quickly. Instead of chasing a mass-market consumer transition that has proved uneven, automakers can sell large systems to institutional customers operating under clearer demand signals.

There is also a second force behind the pivot: artificial intelligence. Data centers are expanding their appetite for reliable electricity, and storage systems are increasingly part of the conversation about how to smooth power demand, support resilience, and integrate energy resources at scale. If AI is driving infrastructure spending, batteries become more than an automotive technology. They become part of the operating backbone for the digital economy.

Ford’s plan is concrete enough to move markets

Investors responded sharply to Ford’s announcement. The company’s stock jumped 13 percent on the news, its largest single-day gain in years, according to the source. That reaction suggests the market sees the strategy not as a distraction from Ford’s core business, but as a potentially higher-margin use of its manufacturing footprint and battery partnerships.

Ford says it will repurpose unused production lines at a plant in Glendale, Kentucky, that had once been slated to manufacture EV batteries. Repurposing matters here. Rather than building an entirely new industrial base from scratch, the company is trying to redirect assets already tied to the electrification push.

The article also points to Ford’s four-year-old partnership with CATL, which is expected to continue providing manufacturing expertise. That relationship gives Ford a technical bridge between vehicle-era battery ambition and stationary storage execution. It also underlines an uncomfortable reality for US manufacturers: moving fast in batteries still often depends on external expertise, even when the goal is to build more domestic capacity over time.

Ford CEO Jim Farley had already grouped battery energy storage among the company’s “high-margin opportunities” in December. In the context of an industry famous for thin vehicle margins and cyclical demand, that framing is central. Storage is not simply a hedge against EV weakness. It is being pitched as a better business.

GM is following a similar path

Ford is not alone. The source describes GM’s own activity in the sector, including a partnership announced last year with Redwood Materials to build batteries for energy storage. In March, GM also said it would work with LG Energy Solution to repurpose an EV battery plant in Tennessee to make energy-storage products.

The pattern is clear enough to read as an industry shift rather than an isolated experiment. Both automakers are taking facilities, expertise, and supply relationships built during the EV race and redirecting them toward stationary storage. That does not mean vehicle electrification is disappearing. It does mean the near-term commercial promise of batteries may now be strongest outside the vehicle itself.

For companies that spent years telling investors that EVs were the future, the message is changing. Batteries remain central, but the use case is broadening. Utilities, factories, and data centers may be more dependable buyers than consumers who still face pricing, charging, and policy uncertainty around electric cars.

What this says about the next phase of the auto industry

The auto sector’s energy pivot reveals how much the meaning of electrification has changed. Early EV strategy often focused on consumer adoption curves, model launches, and brand transitions. The new phase looks more infrastructural. It is less about persuading a driver to buy a vehicle and more about supplying systems to customers who already know they need power capacity.

That could bring steadier demand, but it also changes what kind of company an automaker has to become. Selling storage systems to utilities and industrial operators requires different sales cycles, service expectations, and performance commitments than selling vehicles through dealer networks. The opportunity may be attractive, but it is not automatic.

Still, the logic behind the shift is strong. Battery manufacturing know-how is expensive to build and difficult to abandon. If EV demand softens while commercial storage remains supported by policy and pulled forward by AI-era electricity needs, then redirecting capacity is a rational move.

Ford’s formal launch of Ford Energy gives the trend a sharper identity. GM’s parallel moves reinforce that it is not acting alone. The underlying story is that major automakers are no longer betting only on what batteries can do on the road. They are betting on what batteries can do for the grid, for industrial users, and for an economy that increasingly runs on computing power.

That may prove to be one of the most consequential industrial adjustments of the post-EV-boom era. The companies still make cars. But in strategic terms, they are beginning to look a lot more like energy firms.

This article is based on reporting by Wired. Read the original article.