EV Horsepower: How Much Power Electric Cars Make

The median electric car on sale in Europe makes 210 kW (282 hp), or 286 PS. That is the middle of 663 versions from 67 brands in the evstats.org catalog, and half of them sit between 150 kW (201 hp) and 310 kW (416 hp). The range runs from the Dacia Spring Electric 70 at 52 kW (70 hp) to the Lucid Air Sapphire at 920 kW (1,234 hp). The biggest split is the number of motors: the median front-wheel-drive car makes 125 kW (168 hp), the median all-wheel-drive car 345 kW (463 hp).

The short answers:

• Typical power: 210 kW (282 hp). 52% of versions make 150–310 kW.
• Over 500 hp: 108 versions, 16% of the market. Nine make 1,000 hp or more.
• Cheapest with 200 kW (268 hp) or more: Smart #1 Pure, 200 kW (268 hp) for €34,990.
• Cheapest with 300 kW (402 hp) or more: Leapmotor C10 AWD 81.9 kWh, 440 kW (590 hp) for €44,900.
• What power costs: about €249–€294 of list price per kW, at every price level.
• What it costs in energy: the more powerful version of the same car with the same battery uses a median 9% more electricity per km.

Jump to: power bands · one motor or two · what power costs · power and consumption · power-to-weight · most powerful · kW, hp and PS · what the rating means · how we counted

• 282 hp median power (210 kW)
• 463 hp median all-wheel drive (345 kW)
• 1,234 hp most powerful (Lucid Air Sapphire)
• +9% energy per km for the stronger version of the same car

How much horsepower does an electric car have?

Most electric cars make between 134 and 401 hp (100–299 kW): 66% of the versions on sale fall in that span. Below 134 hp are city cars such as the Dacia Spring Electric 70. Above 536 hp the market thins out into performance versions of large saloons and SUVs. Table 1 counts the versions in each band and names the cheapest car in it.

Table 1. Electric cars on sale by peak power, with the cheapest version in each band

Scroll the table sideways for more columns.

One motor or two

The clearest dividing line is the number of motors. Front-wheel-drive cars, almost all with one motor on the front axle, have a median of 125 kW (168 hp), and 96% of them make less than 200 kW. Rear-wheel-drive cars, usually with one larger motor at the back, sit at 200 kW (268 hp). All-wheel-drive cars add a second motor and reach a median of 345 kW (463 hp). In most model lines the all-wheel-drive version is also the most powerful one.

Table 2. Median peak power by drive layout and by body type

Scroll the table sideways for more columns.

Drive layout and body type as the catalog files them; a few saloons in the catalog are fastback crossovers.

By body, hatchbacks are the least powerful (median 115 kW (154 hp)). Estates (310 kW (416 hp)) and saloons (295 kW (396 hp)) come out well ahead of SUVs (217 kW (291 hp)). The SUV class is the widest, from small crossovers to seven-seaters.

What power costs

More expensive cars are more powerful, and the relationship is close to proportional. Split the market into price bands and the median list price per kW of power stays between €249 and €294 in every one of them (Table 3). A €30,000 car typically has half the power of a €60,000 car, not a quarter or the same. If you want more power for the money, the cheapest routes over common thresholds are:

• 150 kW (201 hp) or more: Leapmotor B05 56.2 kWh, 160 kW (215 hp), €27,900
• 200 kW (268 hp) or more: Smart #1 Pure, 200 kW (268 hp), €34,990
• 300 kW (402 hp) or more: Leapmotor C10 AWD 81.9 kWh, 440 kW (590 hp), €44,900
• 400 kW (536 hp) or more: Leapmotor C10 AWD 81.9 kWh, 440 kW (590 hp), €44,900

Table 3. Peak power and price per kW by list price

Scroll the table sideways for more columns.

Catalog list prices in euros, not a dealer quote. Bands with fewer than 20 versions are left out.

More power, more consumption

We found 94 cases where the same model is sold with the same battery at two power levels at least 30% apart. In 88 of them the stronger version has the higher official WLTP consumption, by a median of 9%, and its WLTP range is a median 9% shorter. The stronger version is also heavier in 91 of the 94 pairs, and in 72 it adds all-wheel drive where the base version has one driven axle. Table 4 shows the largest power gaps, one per brand.

Table 4. Same model, same battery, two power levels: rated WLTP consumption

Scroll the table sideways for more columns.

Consumption is the official WLTP rating including charging losses. Pairs share brand, model, battery size and body type; the two versions may differ in wheels and equipment too.

So if you will never use the extra power, the base version is usually the efficient choice. Our guide to EV efficiency explains how consumption turns into running cost, and the charging simulator shows what it means at a charger.

Power-to-weight decides acceleration

Peak power on its own is a rough guide to how quick a car feels, because electric cars are heavy and their weights vary widely. Divide power by weight and the picture sharpens: across the 663 versions with a published weight and 0–100 km/h time, power per tonne explains 96% of the variation in acceleration, against 89% for power alone. The median car has 97 kW per tonne.

Table 5. Power-to-weight and 0–100 km/h, by quarter of the market

Scroll the table sideways for more columns.

Weight is the EU unladen weight (with driver); 0–100 km/h is the maker's figure.

The most powerful electric cars on sale

Table 6. The ten most powerful electric car versions on sale in Europe

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Porsche gives the Taycan Turbo GT figure as overboost power with Launch Control; it does not publish a lower normal rating on the same page. Ferrari quotes 772 kW as the Luce's maximum and 765 kW in Launch Control. Tesla does not publish power on its European site; at the Model S Plaid's European launch the press reported 750 kW (1,020 PS).

For ranked lists by other measures, see the fastest-charging EVs and the longest-range EVs, or put two cars side by side in the comparison tool, which lists power in kW and hp.

kW, hp, PS and bhp

Electric motors are rated in kilowatts. Horsepower is a conversion, and there are two kinds:

• hp (mechanical horsepower), the US unit: 1 hp = 745.7 W, so 1 kW = 1.341 hp.
• PS (metric horsepower, also CV or ch), used on many European spec sheets: 1 PS = 735.5 W, so 1 kW = 1.360 PS.

The two differ by about 1.4%, so a 210 kW car is 282 hp or 286 PS. Makers pick the unit by market: Porsche's UK site gives the Taycan in kW and PS, its US site in kW and hp. When a figure is labelled bhp or just "horsepower", compare cars on the kW figure, which every European spec sheet gives. Every hp figure on this page uses mechanical horsepower. kW is power, how hard the motors push; kWh is energy, how much the battery holds. Our kW vs kWh guide covers the difference.

What the power rating means

The kW figure in a brochure, and in our catalog, is peak power: the most the drivetrain can deliver for a short burst. Three other figures can appear for the same car, and they measure different things.

The 30-minute power on your registration document. European type approval of electric drivetrains follows UN Regulation No. 85, which measures two figures: the maximum net power at full load, and the maximum 30 minutes power, the average power the drivetrain can deliver over 30 minutes, which is lower than the peak. The registration certificate may show the 30-minute figure: Luxembourg's vehicle authority, the SNCA, for example, states that for electric cars the power in field P.2 is taken from the 30-minute figure on the Certificate of Conformity. So if the kW on your papers is well below the advertised figure, nothing is wrong with the car; it is a different measurement.

Boost figures. Some makers quote a peak that is only available temporarily. Hyundai gives the IONIQ 5 N 448 kW (609 PS), and 478 kW (650 PS) with N Grin Boost, which it describes as a temporary increase; the catalog lists the boost figure. Porsche gives the Taycan Turbo GT's 760 kW as overboost power with Launch Control, and says the car's extra Attack Mode needs more than 30% charge and a battery warmer than 10 °C (50 °F). As Porsche's conditions show, the highest figures depend on the battery's charge and temperature.

Power at the wheels. The US standard SAE J2908 (issued 2017, revised 2023) measures electrified vehicles' power at the wheels and adds a rated system power comparable to engine ratings. SAE notes that wheel power is always lower than the drivetrain rating, because of losses in the drivetrain.

Why electric cars feel quicker than their horsepower suggests: an electric motor can deliver its maximum torque from standstill (Mazda puts it as “even from zero RPM”), so the full push is there the moment you press the pedal.

Sources: UN Regulation No. 85, definitions 2.4 and 2.5 (EUR-Lex, OJ L 323, 7 November 2014); SNCA Luxembourg, “Indication of power on the registration certificate”, updated 6 February 2020; Hyundai Motor Deutschland press release, 13 December 2023; Porsche Taycan Turbo GT pages (UK and US), checked 29 October 2026; SAE J2908_202301; NIST SP 811 Appendix B.9 (horsepower 745.6999 W, metric horsepower 735.4988 W); Mazda USA, “Instant torque”.

How we counted

The population is every version the catalog lists as on sale on 29 October 2026 (launched, with no end date or one in the future), with repeated rows for the same version counted once: 663 versions from 67 brands. One version whose power is an estimate rather than a maker figure is left out. Power is the maker's peak system power in kW, converted to hp with 1 kW = 1.341 hp and rounded. Prices are catalog list prices in euros; not every version is sold in every market. Consumption and range are the official WLTP ratings. Medians, not averages, because a few very powerful cars would pull an average up.

What this leaves out

Peak power is not the whole story of how a car drives. Torque, gearing, tyres, traction control and the battery's state of charge all shape acceleration, and peak power says nothing about how long a car can sustain it on a track or up a long mountain pass. The catalog covers cars sold in Europe, so US-only models such as the large pickups are not in these counts. For the specs of any version, open its page from the tables above.

Refresh: we update this page when the catalog changes. Figures as of 29 October 2026. To cite it: evstats.org, “EV horsepower: how much power electric cars make”, 29 October 2026, https://evstats.org/blog/ev-horsepower.