What an electric utility vehicle costs to run
By James Brown · Updated 6 September 2026 · 7 minute read
Running an electric utility vehicle costs electricity, tyres, brakes and, once in its life, a battery pack. There is no fuel, no oil, no filters, no exhaust and no cambelt, so the routine servicing bill is small. The battery replacement is the one significant event, and how it is charged and stored decides when it arrives far more than age does.
Key takeaways
- No published figures here on purpose: electricity tariffs and battery prices move, and a number quoted today ranks while being wrong next year.
- The routine cost is genuinely low. Most of what a diesel service covers does not exist on an electric machine.
- The battery pack is the one large cost, and charging habit affects its timing more than age does.
- Count staff time saved as part of the return, because on a large site it is usually the biggest line.
Why there are no figures on this page
Electricity tariffs move, battery prices move, and both have moved a great deal in recent years. A cost per mile published confidently today would be a number that ranks well and misleads for years afterwards, which is worse than no number.
What is stable is the shape of the cost, and that is worth knowing: a small recurring bill, a large one-off battery event, and a set of consumables that are cheaper than a combustion equivalent.
What you stop paying for
No fuel, and on a site with a bunded diesel tank that removes a storage and compliance job as well as a bill.
No engine oil, filters, spark plugs, glow plugs, cambelt or exhaust. The servicing on an electric machine is largely inspection: brakes, tyres, steering, suspension, connections and the battery itself.
Less brake wear than expected on machines with regenerative braking, which on a site with slopes can be substantial.
What you start paying for
Electricity, which on a site rate is the smallest line in this list.
Tyres, which on a loaded work vehicle wear faster than on a passenger buggy, particularly if it spends time on gravel or hard standing.
A battery pack, once. This is the number that decides the whole-life cost, and it is the reason the charging guide in this cluster is worth reading before the first winter rather than after it.
Costing one of these against what is already in the yard? Every model we list carries its payload, bed size, range and gradient, so you can compare them on the same terms.
The line most cases forget
The largest saving on a big site is usually not fuel, it is walking. A grounds team that stops carrying tools across a site by hand gets time back on every task, and that time is worth more per hour than the electricity costs per day.
Where a case has to be made to a finance team, that is the line to quantify first, and it is the one that is easiest to measure honestly: time the current round, then time it again.
Common questions
- How long does a battery pack last
- It depends on chemistry, charging habit and storage far more than on age. Lead acid and lithium behave differently and there is a guide on that in this cluster.
- Is it cheaper than a diesel gator
- On running cost, usually. On purchase price, not always. The comparison guide in this cluster sets out where each one wins rather than asserting a winner.
See the utility range
Electric utility vehicles listed with payload, bed dimensions, range and gradient, so the comparison is like for like rather than brochure against brochure.