Ford Energy Puts Battery Storage Centre Stage With $2 Billion Investment

In early May, automotive manufacturer Ford launched Ford Energy, a wholly owned subsidiary purpose-built to supply battery energy storage systems (BESS) for utilities, data centres, and large industrial and commercial customers across the US. The business was born from a practical reality: with EV demand falling short of expectations, Ford’s battery manufacturing capacity in Kentucky was at risk of becoming a stranded asset. Rather than write it off, the firm redirected it by investing $2 billion to retool for grid-scale storage, targeting 20GWh of annual deployments by late 2027. Within days of launch, Ford Energy signed a five-year, 20GWh supply agreement with EDF Power Solutions. It is a move that echoes the launch of Tesla Energy in 2015, when Tesla announced it would apply its EV battery technology beyond the car – recognizing that what had been built for vehicles could play a larger role in the grid.

The demand pulling that capital into place is substantial. According to the IEA, global BESS investment reached an estimated $66 billion in 2025 – up from roughly $1 billion a decade ago. Meanwhile, Wood Mackenzie estimates that $1.2 trillion will be needed globally through 2034 to support the renewable build-out currently underway. That scale of investment reflects a straightforward reality: BESS technology has become the connective tissue between generation and consumption – the layer that makes variable renewables, EV fleets and electrified industrial loads workable at scale.

That role is vital for two distinct reasons. The first is resilience: the capability to keep operations running independently of grid stability. AI data centres requiring continuous uptime, industrial facilities exposed to grid stress events and commercial portfolios vulnerable to extreme weather disruption all face the same underlying problem that the grid alone is no longer a sufficient guarantee of supply. Behind-the-meter storage changes that risk profile materially, providing dispatchable capacity that activates precisely when it's needed.

The second is flexibility: the ability to optimize when and how energy is consumed and monetized. The rapid build-out of renewable generation has created both opportunity and complexity for large energy users. They are now confronted with excess generation to absorb, price volatility to navigate and peak demand charges to manage. Storage is what allows decision-makers to address those challenges by enabling load shifting, supporting EV fleet charging strategies, and opening up ancillary market participation that was previously inaccessible to commercial and industrial customers.

Ford's decision to redirect $2 billion of stranded manufacturing capacity into BESS – rather than away from batteries altogether – speaks to where the weight of demand is sitting. Grid resilience and energy flexibility are driving active procurement decisions across utilities, data centres and large industrial customers at scale. The BESS market is being built around them, and it's being built fast.

For further insights into the technologies shaping the energy transition, read our Tech Roadmap: Commercial And Industrial Energy Transition Technologies (2026).