Ford’s sub-$30K electric truck puts the home backup inverter right inside the vehicle
Ford says its upcoming Fathom electric pickup will have a built-in inverter capable of supplying more than 10 kW of household AC power. The feature could let owners run appliances, power a home during an outage or send electricity to the grid, while avoiding the large external inverter required by the discontinued F-150 Lightning.
The truck is expected to cost $28,000 and is due to be revealed in a few months. Grid export will require Ford’s Home Power Station, which the company aims to price at half the current $1,310 Charge Station Pro; whole-home backup also needs a panel, with the combined package targeted at $3,123, down from about $5,205. Final prices are pending, and installation, wiring and permitting will add costs. Ford is working with five major North American utilities to simplify paperwork and standardise equipment and grid programmes.
In short
- The $28,000 Fathom has a built-in inverter delivering over 10 kW.
- Ford targets $3,123 for its home backup station and panel.
- Installation costs and final hardware prices remain uncertain.
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The case for
A built-in inverter could make the truck more useful and affordable as backup power, since owners may avoid buying a large external unit. If the truck and connection equipment reach Ford’s price targets, the system could help households manage outages and let utilities draw on stored vehicle power, while standardised programmes may make participation easier.
The case against
The advertised savings and capabilities remain uncertain: the truck has not yet been revealed, final equipment prices are pending, and installation, wiring and permits add costs. Whole-home backup and grid export depend on extra equipment and utility arrangements, so the system may be less accessible or practical than the headline suggests.
Explained simply
Electric pickups can carry large batteries as well as transport people and goods. Some can also supply electricity to equipment or buildings, a feature known as bidirectional charging.
Using a vehicle to power a home or send electricity to the grid needs compatible hardware and electrical connections. The cost can include charging equipment, a home panel, installation and permits, and arrangements with the local utility.
Ford is a major American carmaker, and utilities manage electricity networks and customer connections. The technology matters because it could give drivers another use for an electric vehicle’s battery, while its practical value depends on equipment, costs and local grid rules.