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How battery swapping works for trucks
A compatible truck arrives at a swap station, where its depleted traction battery is removed and replaced with a charged one. The exchange may be automated or manual. The truck can return to work without waiting for its own battery to recharge, while the station operator charges the removed pack for later use.
This is not simply a faster charger. It is a vehicle-and-infrastructure system: trucks need compatible battery designs and swap interfaces, and stations need equipment, charged battery inventory, electricity access, and an operating model for managing the packs. A truck can only use stations that support its system.
Where swapping could make operational sense
The strongest potential case is a commercial fleet whose vehicles have demanding schedules and predictable routes. If a truck would otherwise spend valuable working time plugged in, a swap could reduce that downtime. A route concentrated around a depot or a limited number of freight corridors may also be easier to serve than a dispersed operation, provided compatible stations are available where and when trucks need them.
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- Daily utilization and dwell time: Swapping is more compelling when a truck must return to work quickly and charging during existing breaks or overnight is insufficient.
- Route and station coverage: A time-saving exchange has little value if trucks must detour to reach a station or cannot rely on charged-pack availability.
- Vehicle fit: Fleet operators need trucks designed for the station’s battery system; a swap station cannot serve every electric truck by default.
- Fleet scale and predictability: Regular routes and repeat demand may make battery inventory and station utilization easier to plan, but the reviewed U.S. evidence does not establish a universal scale threshold.
ACEEE examines medium- and long-haul heavy-duty vehicles, but does not establish that all long-haul routes are suitable. The case depends on actual duty cycles, not the label “long-haul” alone.
Swapping versus plug-in charging
Neither approach is automatically better. Plug-in charging avoids the need for an exchange network and can fit vehicles that dwell at depots or stops long enough to recharge. Swapping can reduce the truck’s charging pause, but shifts more of the system’s complexity to station coverage, battery inventory, compatibility, and ownership arrangements.
| Question | Battery swapping | Plug-in charging |
|---|---|---|
| Time before the truck can resume work | Can be short if a compatible charged pack and station are available. ACEEE reports company-listed times of four minutes for Janus Electric and under five minutes for Revoy; these are company claims relayed by the brief, not general performance guarantees. | Depends on the vehicle, charger, battery, and time available to charge. The DOE program lists a charge-time goal below 15 minutes, but that is a research aim, not a demonstrated result for every truck or charger. |
| Vehicle and infrastructure fit | Requires vehicles and stations that share a compatible swap system, plus replacement-pack inventory. | Requires a compatible charging connection and access to suitable charging infrastructure; it does not require a shared swap-pack inventory. |
| Battery ownership and financing | Battery-as-a-service could separate battery ownership from the truck purchase, depending on the business model. | The battery is generally part of the vehicle’s charging and ownership arrangement; the reviewed sources do not provide a like-for-like U.S. cost comparison. |
| Charging management | A station operator can schedule charging of multiple packs, subject to station capacity and electricity access. | Charging schedules depend on vehicle dwell time, charger availability, and the site’s electrical capacity. |
| Evidence for U.S. heavy-duty operations | Limited; ACEEE identifies a shortage of real-world medium- and long-haul evidence. | The reviewed sources do not provide a complete apples-to-apples U.S. comparison of operating cost or uptime. |
What U.S. activity shows—and does not show
ACEEE’s February 2025 brief describes Ample use for last-mile delivery, rideshares, and light-duty fleets, and reports a Revoy/Ryder pilot on part of a Texas-to-Arkansas route. These examples show activity in the United States, but they do not establish broad commercial availability, nationwide station coverage, or independently validated performance at scale.
The brief also reports company-listed swap times for Janus Electric and Revoy: four minutes and under five minutes, respectively. Those figures describe company claims as relayed by ACEEE; they should not be read as an independently measured average or a guarantee for other swap systems.
International figures show that swapping has been used in a different market context, not that the same adoption or economics will transfer to the United States. Citing Jin and Mao’s 2024 analysis, ACEEE reports that swap-capable vehicles averaged 14% of zero-emission heavy-duty vehicles sold in China in 2023; the shares were 50% of zero-emission tractor-trailers and 53% of zero-emission dump trucks sold there that year. These are China-specific sales figures, not U.S. market shares.
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Potential financial and operating benefits
Less vehicle downtime
Replacing a depleted pack may return a truck to service sooner than waiting for it to recharge. The value depends on how much productive time the fleet actually saves, including any travel, queues, or delays associated with getting to a station.
Battery-as-a-service
If a station operator owns the battery and charges the fleet for its use, a buyer could avoid including the full battery cost in the truck’s upfront purchase price. ACEEE, citing ICCT publications from 2022 and 2024, reports a potential reduction of up to 50% in upfront heavy-duty EV cost, depending on vehicle type. This is a cited potential for a battery-as-a-service model, not a measured U.S. saving or a guarantee; recurring fees and contract terms would matter to total cost.
Station-level charging management
A station operator can charge packs in batches and choose when to draw power, potentially managing charging around station demand and electricity availability. That flexibility depends on the site’s grid connection, charging capacity, inventory needs, and schedule. It does not by itself prove lower electricity costs or reduced grid impacts.
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In some configurations, access to exchangeable packs could reduce the need to carry an oversized onboard battery for every duty cycle. Whether that improves a truck’s cost or operation depends on vehicle design, the route, battery lifecycle, and how reliably replacement packs are available.
Key barriers to adoption
- Interoperability: Different truck and battery designs can prevent one station from serving vehicles from multiple manufacturers. Limited compatibility makes it harder for fleets to rely on a broad network.
- Station investment and utilization: Stations need specialized equipment and spare batteries. ACEEE cites Chinese station capital-cost estimates of about $1 million to over $1.5 million, drawing on 2022 and 2023 publications. These are China-specific figures, not U.S. truck-station cost estimates.
- Battery inventory and lifecycle: Operators must keep charged packs available and account for charging, wear, and pack replacement. The economics depend on utilization and who bears those costs.
- Limited U.S. operating evidence: The reviewed sources do not establish comprehensive U.S. total-cost-of-ownership results or reliable uptime for medium- and long-haul truck swapping.
- Trust and familiarity: Fleets need confidence in pack availability, vehicle compatibility, service arrangements, and battery condition. ACEEE identifies limited consumer knowledge and trust as adoption barriers.
How battery swapping fits U.S. policy goals
U.S. electrification policy and public infrastructure planning address a broader mix of technologies and vehicle needs; the sources reviewed do not establish a dedicated federal or California battery-swapping target.
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The California Energy Commission’s 2024 Zero-Emission Vehicle Infrastructure Plan: Deployment Strategy 2025 to 2030, updated January 8, 2025, addresses infrastructure for light-duty vehicles and medium- and heavy-duty trucks and buses. It describes public, private, and utility investment in charging and hydrogen infrastructure. That plan is evidence of those stated infrastructure priorities, not a state swapping commitment.
The U.S. Department of Energy’s Transportation Technologies Office describes research aims that include battery-pack costs below $75 per kilowatt-hour by 2030 while maintaining at least 300 miles of range, and charge times below 15 minutes. These are program goals, not achieved results or battery-swapping targets. Better batteries and faster charging could change the relative case for swapping, but the goals do not establish which approach will win for truck fleets.
ACEEE’s February 2025 brief also reports that the EPA’s March 2024 heavy-duty emissions rule estimated zero-emission vehicles would make up 25% of long-haul trucks sold in 2032. That is ACEEE’s account of the estimate; it is not, by itself, a statement of the current legal requirements of the rule.
What fleets should assess before choosing a system
A fleet comparing swapping with charging needs evidence from its own routes and costs rather than a headline swap time. The most useful questions are:
- How much charging downtime would the duty cycle actually require, and how much of it can be covered during existing breaks or depot stays?
- Are compatible trucks and dependable stations available along the routes, with enough charged inventory at peak demand?
- Who owns the battery, sets its service terms, and is responsible for degradation or replacement?
- What are the station, vehicle, electricity, labor, and battery costs over the fleet’s expected operating period?
- What uptime and total-cost evidence comes from operations comparable to the fleet’s routes and vehicle types?
- Could a depot-charging, public fast-charging, or mixed approach meet the same duty cycle with less infrastructure dependence?
ACEEE identifies the need for more analysis of the optimal mix of fixed-battery and swap-capable vehicles, business models by use case, standards, station charging strategies, interoperability, uptime, and further pilots. Until those questions are answered with more U.S. operating evidence, swapping is best treated as a targeted option to evaluate—not an assumed replacement for plug-in charging.
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