Morgan Stanley Sees Energy Storage as Ford's Next EV Advantage

Morgan Stanley’s report on Ford Motor Company highlights a crucial aspect of the automaker’s electric vehicle (EV) strategy: energy storage. Published on October 18, the analysis underscores Ford’s battery infrastructure as vital to its growth alongside increased EV production.

Adam Jonas, Head of Global Autos and Shared Mobility Research at Morgan Stanley, asserts that Ford's integration of battery technology—from manufacturing to second-life applications—offers distinct advantages in the evolving EV market. The report cites Ford’s BlueOval City facility in Tennessee, set to begin operations in 2025, as essential for vehicle production and storage capabilities.

“Energy storage is where electric vehicles meet utilities, and Ford has the scale to play a dual role,” Jonas stated. The report estimates that by 2030, energy storage could represent 25% of total revenue from Ford’s EV ecosystem—a projection not yet reflected in most valuations.

Ford has linked its battery capabilities to ambitions in stationary storage. At the Capital Markets Day in May 2023, CEO Jim Farley highlighted the “grid-level opportunities” from Ford's investments in lithium iron phosphate (LFP) battery technology, which is more cost-effective than nickel cobalt manganese (NCM) for stationary applications. Earlier this year, the automaker committed $3.5 billion to an LFP plant in Michigan, part of a broader $35 billion investment in EVs and battery technology through 2026.

While Tesla has long led the energy storage narrative, Morgan Stanley’s report emphasizes Ford’s unique approach. Unlike Tesla's standalone Powerwall and Megapack products, Ford is positioning its vehicles as mobile storage units. This capability was demonstrated in the F-150 Lightning, which features bidirectional charging that allows users to power homes or send energy back to the grid.

The energy storage market is projected to grow at a compound annual rate of 28% through 2030, reaching $546 billion, according to BloombergNEF. Ford’s scale and manufacturing expertise could enable it to capture a significant share of this market, especially in the U.S., where the Inflation Reduction Act (IRA) supports domestic battery production. Morgan Stanley connects Ford’s energy storage potential to IRA provisions that promote grid-modernizing technologies and home-based energy solutions.

Challenges persist. Jonas identifies execution as a crucial factor. Supply chain resilience for LFP batteries—currently dominated by Chinese producers like CATL—poses significant hurdles. Ford’s Michigan facility aims to localize some of this capacity, but it will not be operational until 2026, leaving Ford dependent on imports in the interim.

Additionally, recent labor negotiations with the United Auto Workers (UAW) could complicate matters. Increased wage costs from agreements reached in October may pressure margins on EVs and batteries. Investors will closely monitor upcoming earnings calls for insights on how Ford balances competitive pricing with profitability in its EV and storage sectors.

Analysts outside Morgan Stanley remain cautious about Ford’s energy storage path. Dan Levy, Equity Research Analyst at Credit Suisse, described the storage opportunity as “strategically interesting but operationally unproven.” In a conversation with FinBiz Times, Levy noted that while Ford’s vertical integration is commendable, its success depends on stable execution over the next three to five years, during which competitors like General Motors and Rivian are also advancing their EV and storage initiatives.

Ford's stock has not yet fully captured Morgan Stanley’s optimistic outlook. As of October 20, shares traded at $12.45, reflecting a modest 3% increase since the report's release. This positions Ford at a price-to-earnings ratio of 7.6, compared to an industry average of 14.5. Jonas suggested that the market remains “short-term focused” on issues like strike-related production delays, undervaluing Ford’s long-term prospects in EVs and energy systems.

The automaker’s ability to shift investor sentiment may depend on achieving its near-term battery milestones. Ford’s CFO, John Lawler, stated that the company aims to reach an annual EV production rate of 600,000 units by the end of 2024, supported by its Kentucky and Tennessee battery plants. Meeting or exceeding this target would significantly bolster the optimistic scenarios outlined by Morgan Stanley and others.

The question remains whether Ford’s energy storage ambitions represent a standalone business opportunity or a supporting element for EV adoption. If the latter is true, analysts warn that the company risks losing ground to specialized storage providers with fewer competing priorities. However, if Ford can effectively integrate storage into its EV ecosystem—providing consumers with bundled solutions for mobility and energy independence—it could establish a strong market position.

Currently, Ford’s strategy appears pragmatic. By aligning its approach with supportive policies like the IRA, leveraging existing vehicle platforms, and investing in domestic battery production, Ford is laying the groundwork for a significant impact in energy storage. Whether Wall Street recognizes the full extent of this potential remains uncertain.