Home EV Charger running cost

How much does it cost to run a home EV charger?

About $65.33 a month on the typical usage below, at the U.S. average $0.1816/kWh. Set your own rate and usage and the figure updates instantly.

This is the electricity cost of charging at home, not the price of buying or installing the charger — a Level 2 unit plus installation typically runs $500–$2,000 one time.

Typical power 7,200W Usual range 3,300–11,500W Usage model Distance driven Category Outdoor & big-ticket
Your instant estimate — the maths runs in your browser
37 mi
mi/kWh
%
watts
0%
$/kWh
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A Level 2 home charger delivers ~7,000W; nightly charging is a major new household load.

Running an EV charger at 37 miles a day at 3.5 mi/kWh, 10% charging loss costs about

$65.33/ month  ·  $783 / year
$5.80
per 100 miles
$2.15
per day
$65.33
per month
$783
per year
That's about 40% of a typical U.S. home's monthly electricity use (900 kWh).
Each day it uses 11.82 kWh — about 40% of what a typical U.S. home uses in a day.
That is about 1.75 h of charging a day on a 7.2 kW charger — an outcome of the miles, not something to cut.
Scenario: shifting all charging to an off-peak window priced at 65% of your standard rate takes this from $783 to $509 a year — about $274 less. Schedule charging for off-peak/overnight hours — many utilities have much cheaper EV rates.
Comparing chargers?
Charging hardware does not create energy — your car's efficiency, charging losses and electricity price drive the running cost. Compare safety certification, smart scheduling, standby draw, connector fit, power level, installation requirements and rebate eligibility.

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Charging an electric car at home adds a big new load — a Level 2 charger delivers around 7,000W, and a daily top-up for an average commute runs an hour or two. That adds up to roughly 200–400 kWh a month, which often becomes the single largest item on the electric bill (while replacing a much larger gasoline bill).

Because charging is flexible — the car sits plugged in for hours — it's the perfect load to shift to cheap overnight rates, which is where the real savings live.

What drives the cost of running a home EV charger

How to cut it

Data basis

Electricity price
U.S. Energy Information Administration, Electric Power Monthly, Table 5.6.B, June 2026 year to date, released 2026-08-26. Retrieved 2026-09-11. Average residential revenue per kWh. A benchmark average, not a utility tariff — it excludes the fixed charges, tiers, time-of-use windows, taxes and fuel adjustments on a real bill.
Appliance energy
A representative running power for a home EV charger, compiled from published manufacturer specifications and public appliance-energy guidance, and presented as a typical figure with the usual range shown above. It is not a measurement of your unit, and we do not claim a single primary source for it — the nameplate on your appliance, or an hour with a plug-in energy meter, beats any typical figure we can publish.
Usage model
Distance driven — 37 miles a day at 3.5 mi/kWh, 10% charging loss
International prices
rounded typical household tariffs for each market, in that market's own currency unless the row says US$ equivalent. These are planning benchmarks with no single primary source; enter the per-kWh price from your own bill for an accurate figure.
Last reviewed
20 August 2026. Next scheduled review 20 February 2027.
Corrections
Think a figure is wrong? Tell us at corrections@watt-dollar.com and see our corrections policy.

Common questions

How much does it cost to run a home EV charger per month?

On the assumption shown above — 37 miles a day at 3.5 mi/kWh, 10% charging loss — a home EV charger costs about $65.33 a month, or $783 a year, at $0.1816/kWh. That price is the U.S. average; set your own rate and usage above and the figure updates.

How is that worked out?

Miles driven / vehicle efficiency, grossed up for charging losses, plus charger standby. At 37 miles a day at 3.5 mi/kWh, 10% charging loss that is 11.82 kWh a day, which at $0.1816/kWh costs $2.15 a day.

How can I cut the cost of running a home EV charger?

Schedule charging for off-peak/overnight hours — many utilities have much cheaper EV rates. As a worked example: shifting all charging to an off-peak window priced at 65% of your standard rate takes it from $783 to $509 a year, about $274 less.

Is it cheaper to charge an EV at home or at a public charger?

Charging at home is almost always cheaper. Home electricity at the US average of about $0.18/kWh usually beats public DC fast-charging rates, and shifting to an off-peak overnight EV rate makes it cheaper still. Public fast chargers are priced for convenience on road trips, not daily top-ups.

Charging at home

An electric vehicle charging at a home
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An electric vehicle charging at a home
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More charging at home
An electric vehicle charging at a home
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An electric vehicle charging at a home
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