Ford Energy announced today that EDF Power Solutions North America will procure up to 4 GWh of battery storage systems annually over five years, 20 GWh total, with deliveries beginning in 2028. This is the first publicly disclosed customer for Ford's new stationary energy storage business, formally launched earlier this month. The deal validates what Ford has been betting on quietly for months: that the same factory that once built EV battery packs can become a credible supplier to the grid storage market, where demand is surging faster than anyone predicted.
EDF Power Solutions brings real purchasing power to the relationship. The entity operates a portfolio of 26 GW of developed projects and 17 GW under service contracts across the U.S., Canada, and Mexico, accumulated over nearly four decades of operations. When a company with that much project visibility commits to a five-year framework, it signals confidence that the product will work and the supply chain will hold. Tristan Grimbert, EDF's CEO, underscored the point: "Supply chain reliability and product quality are paramount. Ford Energy's commitment to domestic manufacturing and its rigorous approach to traceability align with the standards we hold." Translation: EDF needed visibility on a supplier who could scale, and it needed domestic content.
Ford's DC Block, a 20-foot containerized system rated at 5.45 MWh using 512 Ah LFP (lithium iron phosphate) cells, sits directly in the dominant chemistry segment for utility-scale storage. LFP took close to 95% of new utility-scale awards globally in 2024–2025, driven by cost, cycle life, and thermal stability. Ford targets 20 GWh in annual production out of its converted EV plant in Glendale, Kentucky, backed by roughly $2 billion in capital deployment over the next two years. The EDF commitment alone accounts for 20% of that target, stretched across five years, a steady baseline that de-risks the factory ramp.
Where this deal becomes strategically significant is in the broader grid picture. The U.S. added roughly 15 GW of utility-scale battery storage in 2025; by the end of Q1 2027, total U.S. battery capacity is projected to surge from 44.6 GW to over 67 GW. The EIA now projects the U.S. will add 24.3 GW of new battery storage in 2026, 28% of all new grid capacity. That rate of growth leaves no room for supply-side fragmentation. Tesla's Megapack is the current benchmark, but Tesla's maximum annual output remains well above Ford's 20 GWh target. The market is not zero-sum; both can grow. But Ford's edge is domestic manufacturing and supply-chain transparency at a moment when utilities and developers are paying a premium for predictability.
Tesla's advantage was first-mover speed. Ford's advantage is political and operational, domestic content that carries weight with state regulators and project developers who fear dependence on Chinese OEMs or overseas supply chains. CATL and BYD dominate global battery manufacturing, and neither has commitments to U.S. factory buildout at scale. Ford's pivot from EV battery overcapacity to grid storage is not unique, multiple automakers and supply-chain players are making the same move, but Ford is the first to land a signed, multi-year commitment from a developer operating at genuine portfolio scale.
Two metrics to watch: First, whether Ford delivers the first units on schedule in late 2027, as the company has stated. Second, whether EDF's procurement actually reaches the upper bound of the framework or stalls at lower utilization rates. Framework deals allow optionality; they do not guarantee takeoff. If Ford hits production targets and EDF absorbs at least 70% of its annual commitment by 2029, the deal becomes proof of concept for the next tier of manufacturers entering the space. If production slips or EDF's project pace falls short, it signals that grid storage supply is outpacing project development, and that domesticity alone does not overcome cost or performance gaps. The answer will reshape which companies build the infrastructure underpinning the energy transition.