Should you buy electric
or gasoline?

The honest pros and cons of both, on one page, with no sales pitch and no jargon.

An electric car plugged into a charging post beside a gasoline car at a fuel pump

The short answer

It mostly comes down to where you park at night.

If you can plug in at home, an electric car is usually cheaper to run and easier to live with. If you park on the street or in a shared garage with no charger, a gasoline car is usually the simpler choice. Everything below is detail on top of that one question.

A plug and cable running into a battery that is nearly full Electric

Electric cars

Cheap to run and pleasant to drive, as long as charging fits your life.

+

The good

  • +Much cheaper to fuelCharging at home typically costs a fraction of what the same distance costs in gasoline.
  • +Less routine servicingNo oil changes, no spark plugs, no exhaust system, no timing belt. Far fewer moving parts to fail.
  • +You start most days fullPlug in overnight and you leave home with a full battery. No detours to a fuel station.
  • +Quick, quiet and smoothFull torque from a standstill, no gear changes, and almost no engine noise or vibration.
−

The bad

  • −Costs more to buyComparable electric models usually carry a price premium, and incentives do not always erase it.
  • −Hard without home chargingIf you cannot plug in where you sleep, you lose the main advantage and rely on public chargers.
  • −Slower to refillEven a fast charger takes roughly 20 min to 40 min. A pump takes about 5 min.
  • −Range drops in the coldHeating the cabin and the battery in freezing weather can cut usable range noticeably.
A fuel nozzle and hose beside a fuel can Gasoline

Gasoline cars

Cheaper to buy and simple to refuel anywhere, but you pay for it every mile.

+

The good

  • +Lower purchase priceFor most model types you pay less up front, and the used market is far bigger and cheaper.
  • +Refuel in about 5 minPull in, fill up, leave. No planning, no apps, no waiting for a free bay.
  • +Fuel is everywhereA century of infrastructure. Rural areas and long routes are covered in a way charging still is not.
  • +Any mechanic can fix itParts, tools and know how are available in every town, which keeps repair prices competitive.
−

The bad

  • −Expensive per mileFuel is the biggest running cost, and you pay it for the whole life of the car.
  • −More things to serviceOil, filters, belts, plugs, clutch or transmission, exhaust. Regular bills that electric cars do not have.
  • −Tailpipe emissionsBurning one gallon of gasoline releases about 8,887 g of CO₂, plus pollutants that affect local air quality.1
  • −Fuel prices swingYour running cost is set by a global market you have no control over and cannot predict.
ElectricGasoline

The same car, twice

Most comparisons pit two different cars against each other, so you never know what caused the difference. The Hyundai Kona is sold with a gasoline engine and, as the Kona Electric, with a battery. Same body, same doors, same seats. Only the energy source changes.

Electric

A Hyundai Kona Electric in lime yellow, parked on gravel in front of dry hills.

The Kona Electric. The smooth, closed off nose is the giveaway, because an electric motor needs far less cooling air than an engine does.

Gasoline

A Hyundai Kona with a gasoline engine, in pale sage green, parked on a road by the coast.

The gasoline Kona. Same body, same doors, same roofline. The open grille below the bumper is feeding air to a radiator.

Electric, energy for a year
$613/yr

At 11,500 mi/yr, the distance the EPA uses for a typical passenger vehicle.1

Gasoline, energy for a year
$1,602/yr

The same distance, in the same car, with an engine instead of a battery. A difference of $989/yr.

Measure Kona Electric SEL Kona SEL Sport, 2.0 L
EPA combined efficiency 116 MPGe29.1 kWh per 100 mi, measured at the wall2 31 mi/gal28 mi/gal city, 35 mi/gal highway2
Energy for 100 mi 29.1 kWh 3.2 gal
Cost for 100 mi $5.33At 18.34 ¢/kWh, the US residential average3 $13.93At $4.32/gal, the US average4
Cost for a year $61311,500 mi/yr1 $1,60211,500 mi/yr1
Tailpipe CO₂ 0 g/miEmissions move to the power station, so they depend on your grid5 287 g/miAbout 3.3 t CO₂ per year at 11,500 mi/yr1
Adding 200 mi 58.1 kWhAbout 6.2 h on a 240 V home charger, while you sleep. A full battery takes about 6.9 h6 6.5 galAbout 5 min at a pump, anywhere
Range when full 261 miEPA rated, on a 64.8 kWh battery2 About 384 miA 12.4 gal tank at 31 mi/gal2

The tinted cell is the one that wins each row, and neither side sweeps it. The electric Kona costs less to run and emits nothing from the car. The gasoline Kona goes further on a full tank and refills in minutes. That split is the whole argument in miniature. Energy costs are worked out from the EPA efficiency ratings and the national average fuel and electricity prices listed in the sources, not from a manufacturer estimate. Purchase price is left out on purpose, because it moves faster than anything else on this page and depends on trim, incentives and what you are trading in.

Where these numbers come from

Every figure on this page is traceable. Check them yourself, and substitute your own local prices before you decide anything.

  1. US Environmental Protection Agency. Greenhouse Gas Emissions from a Typical Passenger Vehicle. Gives 8,887 g CO₂ per gallon of gasoline burned, and the 11,500 mi/yr used throughout this page. https://www.epa.gov/greenvehicles/greenhouse-gas-emissions-typical-passenger-vehicle
  2. US Department of Energy and EPA. fueleconomy.gov, the official EPA fuel economy ratings. Source of the 116 MPGe and 261 mi range for the Kona Electric SEL on its 64.8 kWh battery, and the 31 mi/gal combined and 12.4 gal tank for the front wheel drive Kona SEL Sport with the 2.0 L engine. Both are 2026 model year, front wheel drive. https://www.fueleconomy.gov/
  3. US Energy Information Administration. Electricity Monthly Update. US average residential retail price of 18.34 ¢/kWh for June 2026. https://www.eia.gov/electricity/monthly/update/end-use.php
  4. US Energy Information Administration. Gasoline and Diesel Fuel Update. US average regular gasoline price of $4.319/gal for the week of 14 September 2026. AAA put the national average at $4.476/gal on 20 September 2026. https://www.eia.gov/petroleum/gasdiesel/ and https://gasprices.aaa.com/
  5. US Department of Energy. Alternative Fuels Data Center, Electric Vehicle Emissions. Explains why an electric car's real emissions depend on how the local grid makes its electricity. https://afdc.energy.gov/vehicles/electric-emissions
  6. Kelley Blue Book. 2026 Hyundai Kona Electric specifications. Used for one figure only, the 5.1 h to 6.9 h a full battery takes on a 240 V home charger, because Hyundai does not publish a charging time on its US site. Hyundai does confirm the 261 mi range for the SEL. https://www.kbb.com/hyundai/kona-electric/2026/ and https://www.hyundaiusa.com/us/en/vehicles/kona-electric

One honest warning

Anyone who tells you one of these is always the right answer is selling something. Costs swing with your local fuel price, your local electricity rate, how many miles you drive, and whether you can charge at home. Work out your own numbers before you sign anything, and check current prices and incentives where you live rather than trusting a figure you read online.