Ford Unveils Budget-Friendly Bidirectional EV Chargers For Upcoming Fathom Pickup, Cutting V2X Access Costs By Up To 60%

Ford pulled back the curtain on two brand-new residential electric vehicle chargers today, purpose-built to pair with its upcoming Fathom all-electric pickup, turning the truck’s large onboard battery into a flexible portable power source capable of supplying electricity directly to a private home or even the public power grid.

Priced at roughly half the cost (or lower) of Ford’s existing equivalent bidirectional charging hardware, the new offerings are poised to make vehicle-to-everything (V2X) functionality accessible to a far broader swath of U.S. households. The automaker has already confirmed the base MSRP for the Fathom pickup will start at $28,350, with the truck itself able to output more than 10 kW of continuous power to a residential property — enough to act as a direct replacement for a small standalone home backup generator. For the average U.S. household, that 10 kW output won’t keep every single appliance and system running 24/7, but it will easily keep critical systems like refrigerators and central air conditioners operational for roughly half a full day during outages.

Vehicle-to-home backup power has long been framed as a unique competitive advantage that electric vehicles hold over gas and diesel-powered internal combustion models, but widespread adoption has been held back by two major pain points: most mass-market EVs don’t come factory-equipped to support V2X, and the specialized bidirectional chargers required to run the functionality have traditionally carried exorbitant upfront price tags. Ford’s two new releases are designed to close that gap, with distinct feature sets tailored for different user needs.

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Two Tiered Charger Options For Different Use Cases

The more affordable of the two, the standalone Home Power Station, is built for customers looking to cut their monthly utility costs via time-of-use arbitrage: the device automatically charges the Fathom truck during off-peak hours when grid electricity rates are at their lowest, then routes stored power from the truck back to the home’s circuits during peak demand windows when prices spike. Ford pegs the price of this unit at around $650, a full 50% cheaper than the automaker’s first-generation bidirectional home charger.

For homeowners looking for full outage protection, the second offering — the Home Backup Power bundle — pairs the base Home Power Station with a supplementary Home Backup Panel, enabling the Fathom to power select circuits or an entire home automatically the moment grid power cuts out. The full bundle retails for approximately $2,100, marking a 60% price drop from Ford’s first-gen equivalent all-in backup system.

Neither price point covers professional installation, a cost that can run as high as $10,000 for existing V2X charger setups depending on how much electrical upgrade work a home’s existing panel requires to support bidirectional power flow. Ford has not yet announced formal partnerships with national or local installation providers, though a company spokesperson confirmed to TechCrunch that full details on certified installation networks will be released at a later date.

Which specific high-power household appliances the Fathom can support will vary depending on each home’s electrical layout and custom installation specs. Power-hungry devices like air conditioners and refrigerators, for example, draw a large temporary surge of power on startup before dropping down to a steady, lower operating load. Optional soft-start devices can reduce that initial surge to let the Fathom support more high-draw equipment, though they will add extra cost to the final installation bill.

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Native Compatibility For Virtual Power Plant Networks

Both of Ford’s new chargers are natively compatible with virtual power plant (VPP) programs: coordinated systems that use cloud-based software to aggregate fleets of distributed energy storage assets, including electric vehicles, to feed power back to the grid during periods of extreme strain. As energy demand surges from rapidly expanding AI data center fleets, utility providers across the U.S. are increasingly turning to VPPs as a low-cost solution to reduce peak grid congestion at the local distribution level.

Fathom owners who opt into these VPP programs and keep their truck plugged in during high-demand windows can sell excess stored battery power back to utilities, usually for a significant premium over standard retail electricity rates. Ford has not published exact projected earnings for program participants, but comparable VPP programs currently pay out upwards of $1,000 per year to enrolled EV owners, depending on local grid needs and how frequently the user chooses to make their truck’s battery available to the network.

Ford is far from the only automaker ramping up investment in residential energy storage and V2X services as demand for flexible distributed grid resources skyrockets. The Fathom-linked VPP ecosystem is the company’s latest major push into the fast-growing energy storage market, and it will almost certainly not be its last.