While electric cars are a polarizing topic, there’s no denying that electric vehicles are the future of transportation. And as most automakers have announced plans to fully electrify their vehicle lineups as early as 2025, many consumers are curious about the cost of electric vehicles compared to their internal combustion engine counterparts. 

So does it pay to drive an electric vehicle? Let’s take a closer look at the numbers.

Electric Cars Vs. Gasoline Cars: Upfront Costs for New Cars

When comparing the upfront costs of electric cars vs. gasoline cars, the average new electric car costs over $11,000 more than a traditional gasoline car. However, there are federal and state EV tax credits that can defray these higher upfront costs for electric cars . For example, the Inflation Reduction Act of 2022 has widened the eligibility for the federal tax credit , which (starting January 1st, 2023) applies to automakers that had previously sold more than 200,000 units and were eligible for the credit. This credit will now be available through 2032, regardless of how many electric vehicles an automaker has sold. On top of the federal tax credit , many states offer their own tax incentives , typically in the $500 to $2,500 range, to further lower the purchase price of EVs.

Electric Cars Vs. Gas-Powered Cars: Fuel Vs. Electricity Costs

Along with being zero-emission  vehicles, another allure of an electric vehicle is never having to fill up at a gas station . Instead, electric cars are powered by electricity and require home and/or public charging. How do electricity costs compare to gasoline costs? Here is a comparison by state.

First, we look at annual fuel costs for drivers of gas-powered vehicles in each state, which take into account the state’s residents’ average annual driving mileage, MPG, and fuel prices.

Average Annual Fuel Cost by State
State  Regular  Average Mileage Per Year Average Vehicle MPG Annual Fuel Cost
Alabama $3.38 14,276 22.82 $2,114
Alaska $5.55 7,761 21.44 $2,009
Arizona $4.56 13,116 23.39 $2,557
Arkansas $3.39 15,850 22.23 $2,417
California $6.33 11,071 24.19 $2,897
Colorado $3.74 11,520 22.13 $1,947
Connecticut $3.43 10,779 23.44 $1,577
Delaware $3.57 14,450 23.22 $2,222
Florida $3.33 12,914 23.86 $1,802
Georgia $3.23 14,676 23.22 $2,041
Hawaii $5.22 11,583 24.28 $2,490
Idaho $4.42 11,492 21.52 $2,360
Illinois $4.40 11,464 22.77 $2,215
Indiana $4.20 12,720 22.68 $2,356
Iowa $3.71 9,475 21.38 $1,644
Kansas $3.52 12,251 22.15 $1,947
Kentucky $3.52 16,559 22.36 $2,607
Louisiana $3.31 11,484 22.54 $1,686
Maine $3.63 13,856 22.38 $2,247
Maryland $3.69 13,041 23.94 $2,010
Massachusetts $3.57 10,027 23.42 $1,528
Michigan $4.35 11,593 22.09 $2,283
Minnesota $3.79 11,361 21.75 $1,980
Mississippi $3.26 15,522 22.65 $2,234
Missouri $3.48 14,648 22.42 $2,274
Montana $4.06 9,629 20.52 $1,905
Nebraska $3.63 11,168 21.40 $1,894
Nevada $5.44 14,461 23.73 $3,315
New Hampshire $3.48 11,430 23.02 $1,728
New Jersey $3.62 10,555 23.53 $1,624
New Mexico $3.80 14,890 22.92 $2,469
New York $3.63 12,610 23.53 $1,945
North Carolina $3.50 14,384 23.14 $2,176
North Dakota $3.76 10,401 20.52 $1,906
Ohio $3.92 10,117 23.08 $1,718
Oklahoma $3.55 14,382 22.59 $2,260
Oregon $5.53 11,587 23.15 $2,768
Pennsylvania $3.89 11,052 23.12 $1,860
Rhode Island $3.48 11,005 23.48 $1,631
South Carolina $3.36 14,715 22.74 $2,174
South Dakota $3.79 10,640 20.69 $1,949
Tennessee $3.40 13,638 22.85 $2,029
Texas $3.27 15,641 23.09 $2,215
Utah $4.16 13,884 23.05 $2,506
Vermont $3.75 13,228 23.15 $2,143
Virginia $3.50 12,372 23.07 $1,877
Washington $5.40 10,424 22.78 $2,471
West Virginia $3.54 13,346 22.19 $2,129
Wisconsin $3.98 13,118 22.27 $2,344
Wyoming $3.92 13,813 20.40 $2,654
Annual Average $3.919 $12,416 23.06 $2,110
* Gas prices from AAA, average annual mileage from the Federal Highway Administration

Next we examine average annual residential charging costs, which takes into account each state’s electricity costs. We used the Volkswagen ID.4 Pro as our sample electric vehicle.

Cost of Charging an Electric Vehicle

Assuming annual driving distance of 14,263 miles in a 2022 VW ID.4 Pro RWD

Average Price of Residential Electricity by State *Cents per kWh 

(June 2022)

Cost to fully charge 77 kWh battery, 0-100% (in dollars) Cost per mile (in cents) Annual Charging Cost
Alabama             14.79 $11.39 4.14 $590
Alaska 24.01 $18.49 6.72 $958
Arizona 13.21 $10.17 3.70 $528
Arkansas 12.56 $9.67 3.52 $502
California 28.98 $22.31 8.11 $1157
Colorado 14.42 $11.10 4.04 $576
Connecticut 25.43 $19.58 7.12 $1016
Delaware 13.37 $10.29 3.74 $533
Florida 13.90 $10.70 3.89 $555
Georgia 15.27 $11.76 4.28 $619
Hawaii 44.09 $33.95 12.35 $1761
Idaho 11.38 $8.76 3.19 $455
Illinois 16.79 $12.93 4.70 $670
Indiana 14.81 $11.40 4.15 $592
Iowa 14.98 $11.53 4.19 $598
Kansas 14.52 $11.18 4.07 $581
Kentucky 13.13 $10.11 3.68 $525
Louisiana 12.79 $9.85 3.58 $511
Maine 24.22 $18.65 6.78 $967
Maryland 14.67 $11.30 4.11 $586
Massachusetts 25.20 $19.40 7.06 $1007
Michigan 18.11 $13.94 5.07 $723
Minnesota 15.00 $11.55 4.20 $599
Mississippi 12.64 $9.73 3.54 $505
Missouri 14.07 $10.83 3.94 $562
Montana 11.61 $8.94 3.25 $464
Nebraska 11.60 $8.93 3.25 $464
Nevada 13.18 $10.15 3.69 $526
New Hampshire 22.72 $17.49 6.36 $907
New Jersey 17.27 $13.30 4.84 $690
New Mexico 14.14 $10.89 3.96 $565
New York 22.38 $17.23 6.27 $894
North Carolina 11.83 $9.11 3.31 $472
North Dakota 13.11 $10.09 3.67 $523
Ohio 14.33 $11.03 4.01 $572
Oklahoma 13.16 $10.13 3.68 $525
Oregon 11.79 $9.08 3.30 $471
Pennsylvania 16.51 $12.71 4.62 $659
Rhode Island 23.63 $18.20 6.62 $944
South Carolina 14.21 $10.94 3.98 $568
South Dakota 13.31 $10.25 3.73 $532
Tennessee 12.35 $9.51 3.46 $493
Texas 13.30 $10.24 3.72 $531
Utah 11.24 $8.65 3.15 $449
Vermont 20.47 $15.76 5.73 $817
Virginia 13.53 $10.42 3.79 $541
Washington 10.49 $8.08 2.94 $419
West Virginia 13.76 $10.60 3.85 $549
Wisconsin 16.15 $12.44 4.52 $645
Wyoming 11.75 $9.05 3.29 $469
U.S. National Average 15.42 $11.87 4.32 $616
*Energy costs sourced from U.S. Energy Information Administration

The average American will spend $2,110 on gasoline to fuel their car each year, while the average annual cost of electricity to power their EV costs $616.

Electric Cars: Additional Charging Costs

The vast majority of electric car charging is typically done at home. All plug-in hybrid electric vehicles ( PHEVs ) and battery electric vehicles (BEVs) are sold with a 110-volt/Level 1 home charging kit that enables your vehicle to plug into a standard wall outlet with an adapter. While this method doesn’t require any special equipment or installation, it only provides three to five miles of range per hour of charging. (For more information on charging times, visit our handy guide that breaks down how long it takes to charge an electric car .) 

The most common home EV charging equipment is the Level 2, 240-volt charger, which can provide between 12 and 60 miles of range per hour. This level of charging is also what’s found in most public charging stations and can be installed in most homes by a professional electrician using either a 40 or 50 amp circuit. Installation can cost between $500 and $2,000. Some local tax incentives and rebates can help offset this cost, so be sure to research the charger incentives that are available in your area.

Public charging stations typically charge by the kilowatt-hour (kWh), which measures the amount and rate of energy transferred to the car’s battery pack. Along with Level 2 public charging stations, there are also Level 3 chargers, known as DC fast charging or DCFC chargers, that provide the quickest way to charge your vehicle.

A level 3 DC fast charging station can get an electric vehicle’s battery from around 10 percent to around 80 percent of capacity in 20-30 minutes, which makes them ideal for charging during road trips. 

Tesla has its own fast charging network, known as Tesla Superchargers. All level 3 charging stations are more expensive than level 2 charging stations. However, some public chargers are free, so it’s worth doing research to see if there are any free public chargers in your area.  

Electric Cars Vs. Gasoline Cars: Maintenance Costs

When it comes to maintenance costs , all-electric cars have a distinct advantage over gasoline vehicles . Due to the absence of an internal combustion engine , electric cars don’t require oil changes , spark plug changes, catalytic converters, or any equipment related to emissions . The regenerative braking system on battery-powered cars also extends the life of the braking system, and the cooling system for EVs is much simpler to regulate battery pack temperatures. Electric cars do require basic routine maintenance including tire rotations and basic service checks.

One concern for EV owners is the replacement cost for a vehicle’s battery pack. A battery pack is the most expensive part of an electric car, and can cost upwards of $20,000. Although battery life can vary, EV manufacturers are required to issue a warranty for at least 8 years or 100,000 miles. Kia offers a battery pack warranty for 10 years or 100,000 miles, and Hyundai provides warranty coverage on EV batteries for the vehicle’s entire lifetime.  

As engineering continues to evolve, batteries are designed to last the entire life of the vehicle with the right maintenance and care. This means that a battery replacement should not be factored into ownership costs for the typical EV driver.

Bottom Line:

Range anxiety and perceived high costs still limit many consumers from fully embracing EVs. However, battery technology continues to evolve, and today’s EVs have larger batteries with increased range. For example, the newest Nissan LEAF has a maximum driving range of 212 miles compared to the first generation, which had a maximum range of 84 miles. Modern EVs have battery ranges that far exceed the mileage most drivers travel in a day, and improvements in infrastructure have led to more public charging stations to help further quell range anxiety. And when it comes to cost, federal and state incentives, plus the fuel savings EVs offer over conventional vehicles, make EVs a smart purchase decision for many consumers. And with more EV options entering the market, from SUVs to sports cars to pickup trucks, consumers looking to purchase a new vehicle while saving on personal transportation costs over the long term should consider going electric. 

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