Ford’s May surge on “AI power” pitch meets a June pullback

Ford Motor’s shares surged in May, jumping about 44% as the company positioned itself less as a traditional automaker and more as a supplier to the energy demands behind the artificial intelligence boom. By June, however, that momentum had cooled. In a report published June 8, The Motley Fool said Ford stock had “hit the brakes” and was down roughly 14% for June so far at the time of writing, even after the May rally. The report links the swing to Ford’s pivot toward grid-scale battery storage, which investors have treated as an “AI play” rather than an auto-story rerun.

Central to the optimism is Ford Energy, a wholly owned subsidiary Ford formally introduced on May 11. Ford Energy says it will provide U.S.-assembled battery energy storage systems, or BESS, for utilities, data centers, and large industrial and commercial customers in the United States. BESS is essentially stationary battery capacity that can store electricity and release it later to smooth out demand, support the grid during peak load, and help operators manage instability that can come with renewable generation and growing loads from data centers.

Ford’s flagship product in the pitch is the Ford Energy DC block, described as a standardized 20-foot, containerized energy storage system designed around 512 Ah lithium iron phosphate, or LFP, prismatic cells. Ford Energy’s communications describe two configurations, the FE-250 and FE-450, intended for different discharge durations, and a 20-year performance expectation. In the EDF deal documents, Ford Energy specifies the DC block as a standardized, 20-foot containerized system with a rated capacity of 5.45 megawatt-hours per unit, using 512 Ah LFP prismatic cells, and availability in 2-hour and 4-hour discharge configurations with liquid-cooled thermal management.

Ford also said it is building the manufacturing capability to supply that product. Its Ford Energy unit is converting Ford’s Glendale, Kentucky gigafactory, a site that had been producing electric vehicle batteries until December 2025. Ford Energy’s website says the retooling is now set to begin, with the operation spanning full LFP prismatic battery cell manufacturing, module and battery energy storage system assembly, and assembly of 20-foot DC container systems. Ford Energy also projected that units would be available beginning in late 2027, and earlier Ford Energy messaging described an ambition to deploy at least 20 GWh annually, supported by an earlier “roughly $2 billion” investment plan.

The market response in May was also tied to customer indicates. Ford Energy’s framework agreement with EDF power solutions North America gives EDF an option to procure up to 4 gigawatt-hours of DC Block systems annually, for a total potential volume of up to 20 GWh over the five-year term. The agreement documents say deliveries under the framework agreement are expected to begin in 2028. Ford Energy described the DC Block product as designed for utility-grade applications such as frequency regulation, voltage support, energy arbitrage, peak load shifting, and demand response.

Even with the energy narrative, the company remains exposed to the automotive cycle and to the accounting reality of its EV reset. The same June 8 report pointed to Ford’s continuing challenges: Ford’s Model e electric vehicle unit posted an EBIT loss of $4,806 million for fiscal year 2025, according to Ford’s SEC filing text retrieved by the research. On the demand side, the report said Ford’s total vehicle sales fell 13.6% year over year in May, with EV sales down 44%, hybrids down nearly 16%, and standard gas-powered vehicles down 12%. It also framed the June stock pullback as a reminder that the energy business may not fully detach the stock from weaker auto fundamentals in the near term.

Important details remain unevenly disclosed for investors. Ford has provided product specifications, manufacturing conversion plans, and customer framework terms, but the reported stock “AI re-rating” still depends on questions like how much of the 20 GWh target becomes committed contracts versus options, what margins look like on long-term deployments, and how quickly manufacturing ramps in Kentucky. The June 8 report referenced analyst optimism, including a Morgan Stanley valuation tied to the energy unit, but the company itself has not published standalone financial results for Ford Energy in the materials cited here. What to watch next are any firm purchase orders tied to the EDF framework, updates on first deliveries timing around 2027 to 2028, and whether Ford’s broader auto demand improves enough to cushion volatility as investors test how much the market will value “energy” separately from “autos.”