Electric UTV charging cost calculator
Electric UTV running costs are genuinely low, and the size of the gap surprises people. Here it is at your rate rather than a national average.
Electric UTV charging cost calculator
Works out what a charge costs, what a mile costs, and what you would spend on petrol covering the same ground. Loaded with the Kandi Cowboy's 11.52 kWh pack as an example.
What it costs
| Electric | Petrol | Difference | |
|---|---|---|---|
| Per mile | 4.9¢ | 24.0¢ | 19.1¢ |
| Per month | $6.38 | $31.18 | $24.80 |
| Per year | $76.61 | $374.40 | $297.79 |
At 30 miles a week you are charging about 0.7 times a week, and each charge occupies 8 hours on a 120 V outlet. Fuel is not the whole story — an electric UTV also skips oil, filters, plugs and belts, which is another $150 to $250 a year.
On this page
What it works out
Four numbers that matter, from six inputs you can find on a bill and a spec sheet.
Cost per full charge — pack capacity divided by charging efficiency, multiplied by your rate. Cost per mile — that figure divided by realistic range. Cost per month and per year at your actual mileage. And the petrol comparison, so the saving is a number rather than an impression.
The default configuration is a real one: the 11.52 kWh pack from the our Kandi Cowboy review, at the US average residential electricity rate, doing 30 miles a week of mixed property work.
Why consumption is a dropdown
The single biggest source of nonsense in electric vehicle running-cost calculations is dividing pack size by the advertised range.
Manufacturers measure range under gentle conditions, as every EV manufacturer does. A 60-mile claim from an 11.52 kWh pack implies 192 watt-hours per mile, which is achievable in light, level, unhurried use and nowhere near what a working vehicle sees.
The options in the dropdown are calibrated to real duty cycles:
| Use | Wh/mile | Why |
|---|---|---|
| Trail cruise, empty | 220 | Low speed, no load, level ground |
| Mixed property work | 260 | Stopping, starting, some load, some slope |
| Loaded bed and trailer | 300 | Extra mass to accelerate, more rolling resistance |
| Sustained 40 mph | 340 | Aerodynamic drag rises with the square of speed |
| Below freezing | 380 | Reduced capacity plus energy spent warming the pack |
Pick the one that matches your week. If you are unsure, "mixed property work" is the honest default and it produces a range figure roughly 30% below the manufacturer's, which is where most owners land.
The charging-loss detail
Charging is not free of waste. Between the wall socket and the cells there are conversion losses in the onboard charger and resistive losses in the pack, and the round figure for a UTV-class charger is about 90% efficiency.
So an 11.52 kWh pack draws roughly 12.8 kWh from the meter to fill. The calculator uses the wall figure, not the pack figure, because the wall figure is what you pay for. It is a small correction and leaving it out understates cost by about 11%.
What the charge-time figure tells you
Charge time is the one output that does not respond to your electricity rate, because it is set by hardware.
Most electric UTVs charge from a standard 120 V outlet at about 1.44 kW — 12 amps. That is a hard limit imposed by the onboard charger, not by the socket, so a bigger circuit does not help. An 11.52 kWh pack takes roughly eight hours from empty.
For a vehicle that works during the day and plugs in at night, this is invisible. For any duty cycle needing a mid-day turnaround, it is a wall — an hour on the charger returns five to seven real miles, and there is no electrical equivalent of a jerrycan.
That constraint, rather than range or running cost, is what decides whether an electric UTV suits a given property. electric against gas UTVs covers the whole trade.
What is deliberately not included
Maintenance. The calculator compares energy only, so the comparison stays like for like. In reality an electric UTV also skips oil changes, fuel filters, air filters, spark plugs, drive belts, fuel stabiliser and winterising — another $150 to $250 a year against a petrol machine, and more if you count the annual argument with a carburettor that sat through November on untreated fuel.
Battery replacement. Nobody can price this honestly yet for vehicles this new. Lithium packs in this duty typically hold above 80% capacity for 1,500 to 2,000 cycles, which is eight to twelve years for most owners. Including a guessed figure would make the output look precise rather than useful.
Purchase price difference. Electric UTVs typically cost $2,000 to $4,000 more than comparable petrol machines. At the savings this calculator produces, that gap takes five to eight years to close on energy alone, and three to five once maintenance is counted.
Using it well
Enter your actual electricity rate from your last bill, including delivery charges — the headline supply rate is often half the real cost per kWh. If you are on a time-of-use tariff, use the overnight rate, because a UTV charges almost entirely in that window.
Then be honest about the consumption setting. It is the input with the largest effect on the result, and choosing the optimistic option produces a number that will not survive contact with February. The full annual figures for one specific vehicle are worked through in what it costs to charge, and the winter penalty is quantified in electric UTVs in the cold.
Questions people actually ask
How much does it cost to charge an electric UTV?
For an 11.52 kWh pack at the US residential average of $0.17 per kWh, about $2.16 including charging losses. That covers 35 to 45 real miles, so roughly 5 cents a mile. A comparable petrol UTV at 15 mpg and $3.60 a gallon costs about 24 cents a mile.
Why is the Wh per mile figure a dropdown rather than a number?
Because most owners have no way to measure it, and the manufacturer's implied figure is optimistic. The options are calibrated to real duty cycles — trail cruising, mixed property work, towing, sustained high speed and cold weather. Picking the one that matches your use gives a far more honest range than dividing the pack size by the advertised miles.
Does the calculator include charging losses?
Yes. Charging is about 90% efficient between the wall socket and the cells, so the calculator draws 11% more energy from the meter than the pack capacity suggests. That is why the cost per charge is slightly higher than pack size × rate.
Does it include maintenance savings?
No, deliberately — the calculator covers energy only, so the comparison is like for like. Electric UTVs also skip oil changes, fuel and air filters, spark plugs and drive belts, which is another $150 to $250 a year against a petrol machine.
Why does the charge time not change with my electricity rate?
Because charge time is set by the onboard charger, not the price of electricity. Most electric UTVs charge at about 1.44 kW from a 120 V outlet regardless of tariff, so an 11.52 kWh pack takes roughly eight hours from empty and no amount of cheap electricity speeds it up.
What if I charge on a time-of-use tariff?
Enter your off-peak rate, since a UTV charging overnight sits almost entirely in the cheapest window. On a tariff with an overnight rate around $0.10, running costs drop to roughly 3 cents a mile — which makes the petrol comparison close to eight to one.