Sometimes. An electric van can have a much lower energy bill, but the whole vehicle may not be cheaper once you include the purchase or lease price, finance, maintenance, depreciation, charging equipment and resale value. UK modelling shows small electric vans can cost less overall, medium vans produce mixed results and large electric vans can cost more. Your mileage, vehicle size, ownership method and charging location decide the answer.
What “cheaper to run” should include
Comparing only diesel bought at a filling station with electricity bought at home gives an energy-cost answer, not a running-cost or total-cost-of-ownership (TCO) answer. A useful comparison matches two vans that can do the same job and then counts every cost over the same period.
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- Energy: diesel, home electricity, depot electricity and public charging.
- Acquisition: purchase price, deposit, finance interest or lease payments.
- Use and upkeep: servicing, repairs, tyres, maintenance contracts and vehicle taxes.
- End value: depreciation, expected resale value or lease return conditions.
- Infrastructure: charge-point hardware, electrical work and any depot upgrades.
Keep the payload, body style, annual mileage and ownership period equivalent. A short-wheelbase electric van compared with a larger diesel van can make the result look better than it really is, while comparing a purchase total with a lease total gives a misleading answer.
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What the UK examples show
The Energy Saving Trust has published worked scenarios using 10,000 miles a year for small light commercial vehicles (LCVs). Its results show a modest electric advantage in both lease and purchase cases, but the figures are scenario outputs rather than universal market averages.
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| Matched small-van scenario | Diesel lease TCO per mile | Electric lease TCO per mile | Diesel purchase TCO per mile | Electric purchase TCO per mile |
|---|---|---|---|---|
| Ford Transit Courier versus e-Transit Courier | £0.59 | £0.57 | £0.34 | £0.33 |
| Citroën Berlingo versus e-Berlingo | £0.61 | £0.56 | £0.34 | £0.32 |
At 10,000 miles, the modelled differences amount to approximately £200 a year for the Transit Courier lease example, £500 for the Berlingo lease example, £100 for the Transit Courier purchase example and £200 for the Berlingo purchase example. Those arithmetic differences should not be treated as guaranteed savings: the underlying assumptions include energy, maintenance, resale, finance and other ownership inputs, all of which change with the quote you receive.
The same analysis reports different outcomes for medium LCVs depending on the model and financing method. In its large-LCV examples, electric versions have higher modelled TCO. Vehicle class therefore matters as much as the powertrain.
The Trust also notes that its vehicle tax (VED) assumptions changed. Check the live tax treatment, list price, incentives and residual-value assumptions before signing a contract.
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Energy cost per mile: the part most people notice first
For a diesel van, divide the fuel price per litre by miles per litre and convert the result to pence. For an electric van, multiply electricity price per kilowatt-hour by the van’s real-world kilowatt-hours per mile. Use the consumption figure for the exact battery, body and payload, not a headline figure for a lighter version.
Charging location can change the result more than the nominal fuel economy. Home electricity is usually priced differently from public rapid charging, and a driver who cannot charge at home may pay a substantially different average rate from one who can.
HMRC’s advisory rates effective from 1 September 2026 illustrate that distinction: 7p per mile for home charging and 15p per mile for public charging. These are advisory reimbursement rates for fully electric cars, not van-specific operating-cost estimates. Do not insert them into a van-cost spreadsheet without checking the van’s consumption and your actual tariff.
A separate THRIVE Fleet Cost Index illustration for the week commencing 28 September 2026 models 24.95p per mile for diesel and 9.4p per mile for electric. Its diesel assumption is a representative 36 mpg diesel LCV and its electric case assumes that 70% of charging takes place at home. The figures compare modelled energy costs, not matched-van TCO, and the week-specific prices can move.
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Using that illustration only as arithmetic, 10,000 miles would produce £2,495 of modelled diesel energy cost and £940 of modelled electric energy cost, a £1,555 difference before any other ownership cost is considered. A fleet with mostly public charging, a different diesel price or a heavier vehicle could have a much smaller gap.
Why van size changes the verdict
Small LCVs
Small vans often have modest battery requirements, lower energy use and purchase or lease premiums that are easier to recover. The Energy Saving Trust’s 10,000-mile examples show lower electric TCO per mile for both the lease and purchase comparisons listed above.
Medium LCVs
Medium vans are more sensitive to specification. Battery size, payload, motorway mileage, body height and financing can move an electric model from cheaper to more expensive. Treat the result as model-specific rather than applying the small-van result to every medium van.
Large LCVs
Large electric vans can carry a heavier cost burden through a higher purchase price, larger battery and greater energy use. In the Energy Saving Trust scenarios, the large electric models have higher modelled TCO. A high-mileage route may still benefit from lower energy expenditure, but that saving must overcome the acquisition and residual-value assumptions.
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If you lease
Compare the monthly payment, initial rental, mileage allowance, contract term and maintenance cover for equivalent diesel and electric vans. Check excess-mileage charges and the condition standard at return. A lower energy bill does not automatically make a lease cheaper if the electric model has a higher rental or a different allowance.
If you buy
Include the transaction price, finance cost, any grant that is genuinely available to your vehicle and business, maintenance, taxes, depreciation and resale. Electric residual values can change as new battery sizes, ranges and incentives arrive, so use a conservative resale assumption and test more than one outcome.
The Energy Saving Trust cautions that its tables are not suitable for comparing purchase totals directly with lease totals. A lease pays for use over a defined term; a purchase calculation includes ownership and a future asset value. Keep those accounting methods separate.
How to calculate your own break-even mileage
Break-even mileage is the distance at which cumulative electric savings offset the electric van’s extra fixed cost. It is not a permanent characteristic of electric vans.
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- Find the fixed-cost difference. Add the electric purchase-price, finance, infrastructure and other upfront differences, then subtract any electric advantage in maintenance, tax or expected resale. For a lease, use the difference in total payments and initial rental over the same term.
- Calculate energy cost per mile for each van. Use your diesel price, electricity tariff, charging mix and the exact vehicles’ consumption.
- Subtract the electric energy cost from the diesel energy cost. This is the saving per mile before other variable costs.
- Divide fixed-cost difference by per-mile saving. The result is the mileage at which the scenarios meet. If the electric van is already cheaper on fixed costs, there may be no positive payback threshold; if its per-mile cost is higher, it may never break even under those assumptions.
THRIVE displays an 11,772-mile break-even estimate for the week commencing 21 September 2026. That calculation uses a £1,800 annual price-premium placeholder that THRIVE says is under review. Treat 11,772 miles as provisional for that model, not as a general answer for electric vans.
Charging at home, at a depot or in public
Home charging
Home charging can provide the lowest-cost electricity when your tariff supports it, but first confirm that the vehicle can be charged safely at the property and that the electrical installation can support the required equipment. Include the charge point, installation and any load-management work in the ownership calculation. If the van is a company vehicle, decide how home electricity is recorded and reimbursed before comparing costs.
Depot charging
A depot can make electric vans practical when they return on a predictable schedule. Model the number of vehicles charging, connection capacity, hardware, civil works, maintenance and any demand-related electricity charges. The infrastructure cost should be allocated across the vans that will use it, rather than hidden outside the comparison.
Public charging
Public charging is essential for some routes but can raise the average energy cost and add route time. Record the actual public share, charging price and whether rapid charging is needed. A calculation based on 70% home charging, such as the THRIVE illustration, should not be used for a fleet that relies mainly on public sites.
Maintenance, payload and route suitability
Maintenance must be priced for the exact van and contract. Include scheduled servicing, tyres, inspections, repairs and any maintenance package in both scenarios. Do not assume a generic maintenance percentage will represent a heavily loaded urban van or a high-mileage motorway vehicle.
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Check that the electric van’s usable payload remains adequate after accounting for the battery and body conversion. Also verify daily range at the route’s expected speed and load, winter conditions, heating use and traffic. A van that needs an additional charging stop can impose labour and productivity costs that do not appear in a simple pence-per-mile calculation.
- Match wheelbase, roof height, payload and towing requirement.
- Use the same annual mileage and working days.
- Separate urban, mixed and motorway routes instead of using one average journey.
- Record downtime, charging time and replacement-vehicle costs where they affect operations.
A practical comparison worksheet
Create one line for each cost and show the assumptions beside the number. This makes it clear which change would alter the decision.
| Input | Diesel van | Electric van |
|---|---|---|
| Vehicle and body specification | Same payload/body target | Same payload/body target |
| Annual miles and term | Enter your route plan | Use the identical plan |
| Acquisition or lease | Price, deposit, finance or rental | Price, deposit, finance or rental |
| Energy assumption | Actual diesel price and mpg | Consumption and home/depot/public charging mix |
| Maintenance and tyres | Quote or contract | Quote or contract |
| Tax and incentives | Current treatment | Current treatment |
| End value | Expected resale or lease return | Expected resale or lease return |
| Infrastructure | Usually none, but include site costs if relevant | Charge point, installation and depot works |
| Operational effect | Fuel stops and downtime | Charging time and route impact |
Run at least three cases: a low-mileage case, your expected mileage and a high-mileage case. Also vary the public-charging share and residual value. If the verdict changes with a small assumption change, present the result as marginal rather than promising a fixed saving.
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- Using a car rate as a van cost: HMRC’s 7p and 15p advisory figures are for fully electric cars, not a van TCO calculation.
- Comparing unlike vehicles: Different payloads, bodies or equipment make the energy and price comparison invalid.
- Ignoring charging infrastructure: A charge point and electrical work can materially affect a low-mileage fleet.
- Mixing lease and purchase totals: The cash flows and residual-value treatment are different.
- Assuming one break-even number applies everywhere: The 11,772-mile THRIVE figure depends on a provisional £1,800 annual premium assumption.
- Using outdated prices or taxes: Energy prices, VED treatment, lease rates and resale values change; refresh them before ordering.
So, which van is cheaper for you?
An electric van is most likely to make a financial case when it is correctly matched to a small or medium duty cycle, covers enough miles, can be charged mainly at home or at a depot, and does not carry an excessive purchase or lease premium. A diesel van may remain cheaper when annual mileage is low, public charging dominates, the required electric model is large or heavily specified, or its residual value is uncertain.
Use a matched TCO calculation rather than a fuel-only comparison. The UK examples support lower total cost for the specific small vans and assumptions tested, mixed outcomes for medium vans and higher electric TCO in the large-van scenarios. Your route, tariff, finance method and charging plan determine where your fleet falls within that range.
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