- Ford Energy unveiled a 5.45 MWh containerized battery storage system for utilities and industrial customers.
- The company plans annual deployment of at least 20 GWh of stationary batteries starting in 2027.
Ford Motor Company has officially expanded into the battery energy storage system market with the launch of the Ford Energy DC Block, a new stationary battery platform designed for grid-scale applications. The newly introduced solution is a standardized 20-foot containerized energy storage system that combines lithium iron phosphate (LFP) prismatic battery cells, advanced liquid-cooled thermal management technology, and an integrated battery management system. The move marks a major step in Ford’s broader energy business strategy as the company seeks to strengthen its presence beyond electric vehicles and into large-scale energy infrastructure solutions in the United States.
The Ford Energy DC Block delivers a storage capacity of 5.45 MWh and utilizes 512-Ah LFP prismatic battery cells manufactured directly by Ford. The stationary battery system will be available in two different configurations, including the FE-250 two-hour system and the FE-450 four-hour system. According to the company, both configurations have been engineered for a projected operational lifespan of 20 years while maintaining predictable long-term performance for industrial-scale applications. The standardized design is intended to support utilities, data centers, and commercial facilities requiring reliable large-capacity energy storage solutions.
Ford stated that the DC Block platform has been developed under Ford Energy, a newly established wholly owned subsidiary focused on stationary energy storage operations. The business unit plans to begin customer deliveries of the new battery systems in late 2027. In addition, Ford Energy aims to deploy at least 20 GWh of stationary battery capacity annually across multiple sectors, including utility providers, large industrial operations, and commercial customers. The company’s expansion into stationary storage reflects growing global demand for grid stabilization, renewable energy integration, and backup power infrastructure.
Key Specifications of Ford Energy DC Block Battery System
| Specification | Details |
|---|---|
| Battery Capacity | 5.45 MWh |
| Battery Chemistry | LFP Prismatic Cells |
| Cell Capacity | 512-Ah |
| Configurations | FE-250 and FE-450 |
| Operational Life | 20 Years |
| Target Customers | Utilities, Data Centers, Industrial and Commercial Customers |
Production activities for the stationary battery systems will be supported through the Ford BlueOval SK Battery Park facility located in Glendale, Kentucky. The manufacturing setup includes battery cell production, electrode coil manufacturing, module assembly, and complete container integration. Ford indicated that its domestic manufacturing and supply chain strategy has been structured to align with Investment Tax Credit requirements and domestic content standards associated with grid-scale energy storage projects. The vertically integrated production approach is expected to support long-term scalability and supply chain stability for future deployments.
The latest development also follows Ford’s previously announced USD 2 billion investment dedicated to building its new energy business operations. Through Ford Energy, the company is positioning itself to participate in the rapidly growing stationary storage sector, which is increasingly becoming critical for renewable energy balancing, grid reliability, and large-scale commercial energy management. The introduction of the DC Block platform highlights Ford’s intention to leverage its battery manufacturing capabilities and expand its role within the broader electrification and energy ecosystem.
Frequently Asked Questions
What is the Ford Energy DC Block battery storage system?
The Ford Energy DC Block is a 5.45 MWh stationary battery energy storage system designed for grid-scale applications. It is built inside a standardized 20-foot container and integrates LFP prismatic battery cells, liquid-cooled thermal management, and an advanced battery management system. Ford developed the system for utilities, data centers, and industrial customers requiring large-scale energy storage. The platform will be offered in FE-250 and FE-450 configurations, both engineered for approximately 20 years of operational durability and predictable long-term performance.
When will Ford begin delivering its stationary battery systems?
Ford Energy plans to start delivering the DC Block stationary battery systems to customers in late 2027. The company intends to deploy at least 20 GWh of stationary battery capacity annually across multiple sectors. Production and assembly operations will be handled through the Ford BlueOval SK Battery Park facility in Kentucky. Ford’s manufacturing strategy also aligns with domestic content requirements and Investment Tax Credit standards relevant to grid-scale energy storage projects in the United States.
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