For a typical small electric-scooter battery, a full-capacity charge costs only a few cents at the U.S. 2025 average residential electricity price of 17.30 cents per kilowatt-hour (kWh). For example, a 275.4 Wh battery works out to about 4.8 cents before charging losses. Your own estimate depends mainly on battery capacity and the electricity rate that applies when you charge.
Estimate the cost of one charge
Use the scooter battery’s energy capacity—not its motor wattage—and multiply the capacity in kilowatt-hours by your electricity price per kWh:
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Estimated charge cost = battery energy (Wh) ÷ 1,000 × electricity price ($/kWh)
For a scooter rated at 275.4 Wh and an electricity rate of $0.173 per kWh, the arithmetic is 275.4 ÷ 1,000 × $0.173 = $0.0476, or about 4.8 cents. This is a capacity-based estimate for a full battery’s worth of energy. It is not a promise about the amount on a particular bill or a measurement of energy drawn from the wall.
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If your utility lists its price in cents per kWh, divide that rate by 100 before using the formula. For example, 20 cents per kWh is $0.20 per kWh. If you live outside the United States, substitute your local electricity price in your local currency; the U.S. examples below do not apply worldwide.
What U.S. electricity prices mean for scooter charging
The U.S. Energy Information Administration (EIA), using preliminary February 2026 Electric Power Monthly data, reports that the 2025 average residential electricity price in the United States was 17.30 cents per kWh. Its 2025 state averages ranged from 8.20 cents per kWh in North Dakota to 35.72 cents per kWh in Hawaii. Those are residential averages, not the price every household pays; use your own utility’s applicable rate for a household-specific estimate.
The table applies those three 2025 residential rates to representative manufacturer-stated battery capacities. Figures are calculated from rated capacity and rounded to the nearest tenth of a cent. They do not include a measured charging-loss adjustment.
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|---|---|---|---|---|
| Xiaomi Electric Scooter 4 | 275.4 Wh | About 4.8¢ | About 2.3¢ | About 9.8¢ |
| Segway Ninebot KickScooter F25 | 183 Wh | About 3.2¢ | About 1.5¢ | About 6.5¢ |
| Xiaomi Electric Scooter 4 Go | 165 Wh | About 2.9¢ | About 1.4¢ | About 5.9¢ |
The models are examples, not a survey of every scooter. At the same electricity rate, a larger battery has a higher capacity-based charge estimate; at the same battery capacity, a higher electricity rate raises the estimate. Even across the cited state-average endpoints, these example full-capacity estimates remain measured in cents rather than dollars.
Be careful to compare the right EIA statistic. The agency also reports an all-customer national average, which includes more than residential customers; that figure is not the household residential rate used in the table. For a home charging estimate, use the residential category as a broad benchmark and your own tariff for the more relevant local figure.
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Find the right battery capacity and electricity rate
Look up battery energy in Wh
Check the scooter’s official specifications or manual for battery energy stated in watt-hours (Wh). If the listing gives capacity in kilowatt-hours, use that figure directly. Do not substitute the motor’s wattage: motor power and battery energy describe different things, and motor wattage is not the battery capacity needed in this calculation.
If the documentation gives only voltage and amp-hours rather than Wh, check the manufacturer’s documentation for a clearly stated battery-energy figure in Wh or kWh before using this estimate. Do not treat the motor rating as a substitute for battery capacity.
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Your latest electric bill is a practical starting point. Look for the price per kWh and, where possible, use the marginal or all-in price that applies to additional electricity use. A bill can contain multiple charges, so a single headline rate may not capture every part of what an extra kWh costs. If the bill does not make the applicable rate clear, consult the utility’s tariff for your service and plan.
A national or state average is useful as a benchmark, not as a replacement for the household’s own rate. The EIA figures above are U.S. 2025 residential averages; they do not establish a rate for a particular address, utility, or customer plan.
Estimate a top-up or a monthly amount
Adjust for a partial recharge
A recharge from a partly depleted battery uses less than a full battery-capacity equivalent. For a rough estimate, multiply the full-capacity estimate by the fraction replenished. If a scooter’s battery capacity is 200 Wh and you are estimating a top-up equivalent to one-quarter of that capacity, use 200 × 0.25 = 50 Wh, or 0.05 kWh, in the cost calculation. At $0.20 per kWh, that is an estimated $0.01 before charging losses.
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The fraction is an estimate of energy replenished, not necessarily a precise reading of the scooter’s displayed battery percentage. A dashboard percentage can help describe the starting and ending charge levels, but the simple calculation still estimates energy from rated capacity rather than directly measuring electricity at the outlet.
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Scale the estimate by charge equivalents
For a monthly estimate, multiply the per-charge figure by the number of comparable full-charge equivalents in a month. Four full-capacity equivalents at 17.30 cents per kWh would cost about 19 cents for a 275.4 Wh battery, before charging losses; twelve equivalents would be about 57 cents. These are arithmetic examples, not a claim about how often a scooter owner charges.
A “charge equivalent” is a convenient accounting unit. Several partial top-ups can add up to one equivalent: for instance, four top-ups estimated at one-quarter of battery capacity each. To estimate your own month, count the approximate fractions replenished rather than assuming every plug-in starts with an empty battery. Actual riding and charging routines vary, so there is no universal monthly cost or typical frequency established by the cited data.
Why the result may differ from the electricity used at the wall
The formula uses rated battery energy as a simple estimate. A wall meter measures the electricity drawn during charging, and that amount can differ because charging losses exist. The manufacturer specifications do not establish one charging-loss percentage that applies across scooter models, chargers, battery conditions, or sessions. Adding a generic percentage would therefore imply more precision than the evidence supports.
Other practical differences include whether the battery began full, how much energy the session replenished, the applicable electricity rate, and when charging took place under a time-based tariff. The calculated result is best read as a capacity-based estimate; a direct measurement is needed to know the electricity drawn by a particular session.
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Check whether time-of-use pricing changes your estimate
Some utilities offer time-of-day pricing, as the EIA notes. If your household is enrolled in such a plan, the rate applicable during the charging period may affect the cost. Check the tariff’s actual schedule and rate for your plan before choosing a number for the formula.
Do not assume that charging overnight or during a generally described “off-peak” period is automatically cheaper for every customer. A time-of-use rate matters only if it applies to your account and the charging time falls within the tariff’s relevant period. Where the tariff has several time windows or conditions, use the utility’s published terms rather than a generic estimate.
Practical calculation checklist
- Find battery energy: use the scooter manual or specification page to get the battery capacity in Wh or kWh.
- Choose your electricity price: use the applicable price per kWh on your bill or utility tariff, including the relevant time window if your plan varies by time.
- Convert units if needed: divide Wh by 1,000 to get kWh, and divide a cents-per-kWh price by 100 to get dollars per kWh.
- Account for a partial top-up: multiply the full-capacity estimate by the approximate fraction replenished.
- Scale to a month only if useful: multiply by your own count of comparable charge equivalents, not an assumed universal charging frequency.
- Label the result correctly: call it a capacity-based estimate unless you have measured the electricity drawn during the charging session.
What the estimate does—and does not—tell you
A scooter’s charging cost is not the same calculation as the cost of riding a certain distance. The U.S. Department of Energy’s Alternative Fuels Data Center describes vehicle cost-per-mile calculations as requiring electricity price and vehicle efficiency. For a home charging estimate based on a scooter’s battery, the inputs available here are battery energy and the household rate; the cited sources do not establish a universal scooter distance-per-charge or a typical monthly distance.
The estimate also does not establish a universal non-U.S. price, a charging-loss percentage, or a typical number of charges per month. Those figures depend on information not established by the EIA’s U.S. averages and the manufacturer examples. For a specific scooter and household, the most useful answer comes from its rated battery energy and the local tariff, with the result treated as an estimate unless wall consumption is measured.
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The scooter’s cost is a small part of the household’s total bill, so it may not appear as a separately identifiable line item. The estimate represents the added energy cost associated with charging, based on the battery capacity and the price per kWh used in the calculation. If your bill’s rate changes by season, time of day, or usage tier, use the rate that applies to the charging session rather than averaging unrelated rates together.
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For example, using the same 275.4 Wh battery at 20 cents per kWh gives 0.2754 × $0.20, or about 5.5 cents for a full-capacity equivalent before charging losses. This illustrates why the local rate changes the answer while the arithmetic stays the same. A charge from a half-full battery to full would be estimated at roughly half that capacity-based amount, not the price of a full-capacity equivalent.
If you want to know actual wall consumption rather than estimate it, a measurement must capture the electricity used during the charging session. Rated battery Wh alone cannot account for charging losses or establish the outlet draw. Keep the distinction clear: the formula is useful for comparing scooter capacities, rates, and top-ups, while a measured session is specific to the charger, battery, and conditions at that time.
Frequently Asked Questions
How much does it cost to charge an electric scooter at home?
At the EIA’s 2025 U.S. residential average of 17.30 cents per kWh, the example scooter batteries in this article work out to about 2.9 to 4.8 cents per full-capacity equivalent before charging losses. Your scooter’s battery energy and household rate determine your estimate.
Does a full charge mean charging from empty?
Not necessarily. The formula estimates a full battery-capacity equivalent. If you are topping up a partly depleted battery, estimate the fraction replenished and multiply the full-capacity cost by that fraction.
How can I estimate monthly scooter charging cost?
Multiply the cost per full-capacity equivalent by your estimated number of equivalents in the month. Add partial top-ups as fractions; for example, four quarter-capacity top-ups equal one full-capacity equivalent. There is no universal monthly charging frequency.
Why might the amount drawn from the wall be different?
Rated battery energy is not a wall-meter measurement, and charging losses exist. The manufacturer specifications cited here do not establish a universal loss percentage, so a direct measurement is needed to know the electricity used in a particular session.
Should I charge overnight to save money?
Only if your utility plan has a time-of-use rate that applies during the hours you charge and that rate is lower for your account. Check the utility tariff; overnight or off-peak charging is not automatically cheaper for every customer.
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The Bottom Line
For the representative scooters here, a full-capacity equivalent costs roughly 2.9–4.8 cents at the EIA’s 2025 U.S. residential average, before charging losses. To estimate your own cost, convert rated battery Wh to kWh and multiply by the rate on your utility plan. Treat a partial top-up as a fraction of a full-capacity equivalent, and use a meter if you need the actual electricity drawn at the wall.
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