Ford has confirmed that it is working on solutions that would enable the use of lithium-ion batteries and battery energy storage systems (BESS) in stationary applications such as data centers, industrial facilities, and critical infrastructure. The company sees this as an opportunity to diversify revenue at a time when global demand for energy to power data centers is surging alongside the expansion of artificial intelligence.
According to information presented in an official investor presentation, Ford wants to “follow its customers” and offer energy solutions that go beyond traditional automotive use. The document highlights energy storage, grid load management, and integration with renewable energy sources as areas with high growth potential and attractive margins.
Ford notes that data centers are increasingly investing in energy storage systems that can act as power buffers, stabilize electricity supply, and support integration with renewable sources. Company materials emphasize the growing importance of load management and power reliability as demand from cloud and AI infrastructure continues to rise. The automaker also points out that its experience in large-scale battery manufacturing gives it both cost and operational advantages.
Ford makes it clear that it does not intend to compete directly with specialized energy infrastructure providers. Instead, the company aims to collaborate with data center operators and technology partners, supplying battery components, modular systems, and technical expertise. This strategy is designed to generate stable, long-term revenue streams beyond the cyclical automotive market.
While most people still associate Ford primarily with cars, this move should not come as a surprise. Electric vehicle manufacturers increasingly view batteries as versatile energy products that can be deployed outside of vehicles — as seen, for example, in Tesla’s home energy solutions. With the rapid growth in the number of data centers supporting AI models, demand for reliable, low-emission energy storage is becoming one of the key infrastructure challenges of the coming years.
