You might want to buy an electric car, but the price gives you a severe case of sticker shock. It leaves you wondering, “Why is the cost so much higher than gas cars?”
For example, the cheapest 2023 gas-engined model vehicle available in the U.S. is the Nissan Versa at $15,730 plus destination. The cheapest EV is the Chevrolet Bolt at $25,600 plus destination.
That price difference is pretty easy to attribute — it’s the large, costly battery that takes the place of an internal combustion engine in an electric car, or EV. A lithium-ion battery that provides ample driving range can cost $10,000 to $20,000 alone, according to Karl Brauer, executive analyst for car search engine site iSeeCars.
But there are other factors driving up the price of EVs, says Liz Najman, a climate scientist and communications and research manager at Recurrent Auto, an EV research and analytics firm focused on the used-vehicle market. She cites continuing supply-chain problems, low inventories and the fact that EVs require 10 times more semiconductors than a gas car.
Also, Najman notes that “there is unprecedented buzz and excitement about EVs,” triggered by California’s plan to phase out the sale of gas cars by 2035 and the increased incentives from the recently passed Inflation Reduction Act — which will promote the sales and use of EVs.
How much more are EVs vs. gas cars?
Looks can be deceiving when it comes to car prices, says Jesse Toprak, chief analyst for Autonomy, an electric car subscription service. The EVs produced up to now have been premium models since “early adopters are generally less price-sensitive.” Therefore, he says, the average EV price versus that of a gas car “is not really apples to apples.”

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A few variables make EVs more expensive, including the lithium batteries and high-end nature of most models.
The average price of a new EV is $64,249, while a new gas car is $48,281, nearly a $16,000 difference, Najman says. This enormous difference reflects the market reality that most available EV models are still higher-end cars.
In the used-car market, there are many “gently used” EVs from 2022 and 2021, which drives up the average price, Najman notes. Recurrent’s data shows the average price of used EVs at $37,597, which is about $10,000 above the average price of used gas cars.
Incentives and maintenance costs
So far, we’ve focused on the purchase price of EVs which, admittedly, seems pretty steep. But if you’re shopping for an EV, there are a number of factors that can level the playing field.
“If you look at the total cost of ownership, even over a few years, EVs are very competitive with gas cars,” Najman says. “And, the higher the price of gas goes, the quicker EVs catch up.”
Here are a few factors to consider when trying to determine the impact of owning an EV and staying within your budget.
Tax credits. There is a federal clean-vehicle tax credit of up to $7,500 when you buy an EV. If you lease, you can indirectly benefit if the dealership or leasing company passes along the credit in the form of a lower monthly payment. Beginning in 2023, for the first time, used vehicles may qualify for a credit of up to $4,000.
Rebates. Some state and local governments offer rebates. For example, the California Air Resources Board offers a rebate ranging from $1,000 to $7,000 to anyone who purchases or leases an EV.
Reduced fuel costs. If an EV is charged at a private residence, the cost can be much cheaper than buying gas. However, commercial fast chargers can nearly rival the cost of gas.
Less maintenance. With fewer moving parts, EVs require fewer trips to the service bay. An EV never needs the oil changed, and brake pads last much longer than in gas cars because of regenerative braking.
Lower cost per mile. Recurrent data shows that EVs cost less than 8 cents a mile to drive compared with 9.6 cents for gas cars.
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Why are there no cheap EVs?
New Africa
Photo Credit: New Africa / Shutterstock
In just a matter of years, electric vehicles have emerged as the clear future of the automotive industry.
In 2008, the nascent car manufacturer Tesla released its first Roadster models, targeting sales of 100 units per month. Over the ensuing years, Tesla grew into one of the largest companies in the world by market capitalization and today leads the global market for EVs, selling nearly 1 million units per year. While Tesla remains the top choice for buyers in the EV market, the company’s success has also paved the way for other electric vehicle startups like Rivian.
More established automakers have also ventured into the EV market in recent years. The launch of the Nissan Leaf in 2010 was an initial foray for established manufacturers into electric vehicles, and other large automakers have added EVs and hybrids to their lineup over time. Some are going even further: General Motors, Toyota, and Volkswagen are among the large manufacturers who have announced plans to go all-electric and eventually stop selling gas-powered vehicles altogether.
A combination of factors explain EVs’ growing success. The technology behind electric vehicles has improved, as batteries now provide longer range on a charge. Consumer interest has increased, with buyers viewing EVs as a way to reduce their environmental impact and potentially save on fuel costs. In the European Union and U.S. states like New York and California, policymakers have moved to limit the sale of combustion vehicles and incentivize EV purchases for consumers as a part of larger efforts to reduce carbon emissions.
Despite these trends, barriers remain to an all-EV future in the U.S. Chief among them is the development of a nationwide charging infrastructure for electric vehicles.
New Africa
Photo Credit: New Africa / Shutterstock
In just a matter of years, electric vehicles have emerged as the clear future of the automotive industry.
In 2008, the nascent car manufacturer Tesla released its first Roadster models, targeting sales of 100 units per month. Over the ensuing years, Tesla grew into one of the largest companies in the world by market capitalization and today leads the global market for EVs, selling nearly 1 million units per year. While Tesla remains the top choice for buyers in the EV market, the company’s success has also paved the way for other electric vehicle startups like Rivian.
More established automakers have also ventured into the EV market in recent years. The launch of the Nissan Leaf in 2010 was an initial foray for established manufacturers into electric vehicles, and other large automakers have added EVs and hybrids to their lineup over time. Some are going even further: General Motors, Toyota, and Volkswagen are among the large manufacturers who have announced plans to go all-electric and eventually stop selling gas-powered vehicles altogether.
A combination of factors explain EVs’ growing success. The technology behind electric vehicles has improved, as batteries now provide longer range on a charge. Consumer interest has increased, with buyers viewing EVs as a way to reduce their environmental impact and potentially save on fuel costs. In the European Union and U.S. states like New York and California, policymakers have moved to limit the sale of combustion vehicles and incentivize EV purchases for consumers as a part of larger efforts to reduce carbon emissions.
Despite these trends, barriers remain to an all-EV future in the U.S. Chief among them is the development of a nationwide charging infrastructure for electric vehicles.
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Why are there no cheap EVs?
While EV owners frequently charge their vehicles at home, widespread availability of charging stations would allow people with EVs to travel greater distances more easily. Already over the last decade, the number of EV chargers in the U.S. has increased from less than 500 to more than 115,000. These numbers are poised to rise even faster in the near future. The Bipartisan Infrastructure Law enacted in 2021 will invest $7.5 billion in a national network of electric vehicle charging stations, with a goal of building 500,000 chargers by 2030.
While EV owners frequently charge their vehicles at home, widespread availability of charging stations would allow people with EVs to travel greater distances more easily. Already over the last decade, the number of EV chargers in the U.S. has increased from less than 500 to more than 115,000. These numbers are poised to rise even faster in the near future. The Bipartisan Infrastructure Law enacted in 2021 will invest $7.5 billion in a national network of electric vehicle charging stations, with a goal of building 500,000 chargers by 2030.
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Why are there no cheap EVs?
More electric vehicle chargers will not be sufficient by themselves to increase adoption of electric vehicles. The U.S. must also add the right kinds of chargers to the mix, since different kinds of chargers replenish vehicles’ batteries at vastly different rates. Nearly four in five chargers in the U.S. currently are Level 2 chargers, which add approximately 25 miles of range per hour of charging. This rate is acceptable for charging near home or at the office, but it is too slow for anyone taking a longer trip. In contrast, the fastest chargers, DC Fast, add 100 to 200 miles of range per 30 minutes of charging—but this category only represents 21.1% of all chargers nationally.
More electric vehicle chargers will not be sufficient by themselves to increase adoption of electric vehicles. The U.S. must also add the right kinds of chargers to the mix, since different kinds of chargers replenish vehicles’ batteries at vastly different rates. Nearly four in five chargers in the U.S. currently are Level 2 chargers, which add approximately 25 miles of range per hour of charging. This rate is acceptable for charging near home or at the office, but it is too slow for anyone taking a longer trip. In contrast, the fastest chargers, DC Fast, add 100 to 200 miles of range per 30 minutes of charging—but this category only represents 21.1% of all chargers nationally.
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Why are there no cheap EVs?
The U.S. electric charging infrastructure must also be distributed more evenly to encourage widespread adoption of electric vehicles. One state, California, currently far outpaces the rest of the country in the availability of chargers. California is home to 41,225 electric vehicle chargers, which amounts to approximately one-third of the nation’s total. As the birthplace of Tesla and one of the country’s most environmentally progressive states, California’s robust charging infrastructure is unsurprising. Nonetheless, other states lag far behind on this measure: second-place New York has less than one-fifth the number of EV chargers as California.
When adjusting for size, however, California falls to second on the list of states with the most chargers. Instead, Vermont—a smaller state with a strong environmentalist streak—stands out as the location with the most electric vehicle charging ports per capita.
The data used in this study is from the U.S. Department of Energy. To determine the states with the most alternative fueling stations, researchers at CoPilot calculated the number of electric vehicle charging ports per capita. In the event of a tie, the state with the greater total number of electric vehicle charging ports was ranked higher. The data includes charging ports at both public and private stations.
Here are the states with the most alternative fuel stations.
The U.S. electric charging infrastructure must also be distributed more evenly to encourage widespread adoption of electric vehicles. One state, California, currently far outpaces the rest of the country in the availability of chargers. California is home to 41,225 electric vehicle chargers, which amounts to approximately one-third of the nation’s total. As the birthplace of Tesla and one of the country’s most environmentally progressive states, California’s robust charging infrastructure is unsurprising. Nonetheless, other states lag far behind on this measure: second-place New York has less than one-fifth the number of EV chargers as California.
When adjusting for size, however, California falls to second on the list of states with the most chargers. Instead, Vermont—a smaller state with a strong environmentalist streak—stands out as the location with the most electric vehicle charging ports per capita.
The data used in this study is from the U.S. Department of Energy. To determine the states with the most alternative fueling stations, researchers at CoPilot calculated the number of electric vehicle charging ports per capita. In the event of a tie, the state with the greater total number of electric vehicle charging ports was ranked higher. The data includes charging ports at both public and private stations.
Here are the states with the most alternative fuel stations.
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 38.4
- Total EV chargers: 3,301
- Level 1 chargers: 247
- Level 2 chargers: 2,296
- DC fast chargers: 758
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 38.4
- Total EV chargers: 3,301
- Level 1 chargers: 247
- Level 2 chargers: 2,296
- DC fast chargers: 758
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Why are there no cheap EVs?
Shutterstock
Photo Credit: dibrova / Shutterstock
- EV chargers per 100k residents: 39.4
- Total EV chargers: 7,621
- Level 1 chargers: 42
- Level 2 chargers: 6,733
- DC fast chargers: 846
Shutterstock
Photo Credit: dibrova / Shutterstock
- EV chargers per 100k residents: 39.4
- Total EV chargers: 7,621
- Level 1 chargers: 42
- Level 2 chargers: 6,733
- DC fast chargers: 846
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 40.2
- Total EV chargers: 1,430
- Level 1 chargers: 76
- Level 2 chargers: 1,040
- DC fast chargers: 312
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 40.2
- Total EV chargers: 1,430
- Level 1 chargers: 76
- Level 2 chargers: 1,040
- DC fast chargers: 312
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Andrey Bayda / Shutterstock
- EV chargers per 100k residents: 43.1
- Total EV chargers: 1,353
- Level 1 chargers: 16
- Level 2 chargers: 993
- DC fast chargers: 344
Shutterstock
Photo Credit: Andrey Bayda / Shutterstock
- EV chargers per 100k residents: 43.1
- Total EV chargers: 1,353
- Level 1 chargers: 16
- Level 2 chargers: 993
- DC fast chargers: 344
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 46.6
- Total EV chargers: 629
- Level 1 chargers: 24
- Level 2 chargers: 470
- DC fast chargers: 135
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 46.6
- Total EV chargers: 629
- Level 1 chargers: 24
- Level 2 chargers: 470
- DC fast chargers: 135
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Why are there no cheap EVs?
Shutterstock
Photo Credit: mahaloshine / Shutterstock
- EV chargers per 100k residents: 56.3
- Total EV chargers: 4,328
- Level 1 chargers: 218
- Level 2 chargers: 3,394
- DC fast chargers: 716
Shutterstock
Photo Credit: mahaloshine / Shutterstock
- EV chargers per 100k residents: 56.3
- Total EV chargers: 4,328
- Level 1 chargers: 218
- Level 2 chargers: 3,394
- DC fast chargers: 716
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Why are there no cheap EVs?
Shutterstock
Photo Credit: f11photo / Shutterstock
- EV chargers per 100k residents: 56.4
- Total EV chargers: 3,416
- Level 1 chargers: 47
- Level 2 chargers: 2,785
- DC fast chargers: 584
Shutterstock
Photo Credit: f11photo / Shutterstock
- EV chargers per 100k residents: 56.4
- Total EV chargers: 3,416
- Level 1 chargers: 47
- Level 2 chargers: 2,785
- DC fast chargers: 584
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Bob Pool / Shutterstock
- EV chargers per 100k residents: 57.5
- Total EV chargers: 2,439
- Level 1 chargers: 88
- Level 2 chargers: 1,917
- DC fast chargers: 434
Shutterstock
Photo Credit: Bob Pool / Shutterstock
- EV chargers per 100k residents: 57.5
- Total EV chargers: 2,439
- Level 1 chargers: 88
- Level 2 chargers: 1,917
- DC fast chargers: 434
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Izabela23 / Shutterstock
- EV chargers per 100k residents: 59.2
- Total EV chargers: 833
- Level 1 chargers: 30
- Level 2 chargers: 724
- DC fast chargers: 79
Shutterstock
Photo Credit: Izabela23 / Shutterstock
- EV chargers per 100k residents: 59.2
- Total EV chargers: 833
- Level 1 chargers: 30
- Level 2 chargers: 724
- DC fast chargers: 79
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Why are there no cheap EVs?
Shutterstock
Photo Credit: ESB Professional / Shutterstock
- EV chargers per 100k residents: 59.4
- Total EV chargers: 628
- Level 1 chargers: 82
- Level 2 chargers: 509
- DC fast chargers: 37
Shutterstock
Photo Credit: ESB Professional / Shutterstock
- EV chargers per 100k residents: 59.4
- Total EV chargers: 628
- Level 1 chargers: 82
- Level 2 chargers: 509
- DC fast chargers: 37
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 60.9
- Total EV chargers: 1,978
- Level 1 chargers: 17
- Level 2 chargers: 1,722
- DC fast chargers: 239
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 60.9
- Total EV chargers: 1,978
- Level 1 chargers: 17
- Level 2 chargers: 1,722
- DC fast chargers: 239
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Roschetzky Photography / Shutterstock
- EV chargers per 100k residents: 68.5
- Total EV chargers: 3,978
- Level 1 chargers: 89
- Level 2 chargers: 3,307
- DC fast chargers: 582
Shutterstock
Photo Credit: Roschetzky Photography / Shutterstock
- EV chargers per 100k residents: 68.5
- Total EV chargers: 3,978
- Level 1 chargers: 89
- Level 2 chargers: 3,307
- DC fast chargers: 582
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Travellaggio / Shutterstock
- EV chargers per 100k residents: 70.7
- Total EV chargers: 4,871
- Level 1 chargers: 74
- Level 2 chargers: 4,369
- DC fast chargers: 428
Shutterstock
Photo Credit: Travellaggio / Shutterstock
- EV chargers per 100k residents: 70.7
- Total EV chargers: 4,871
- Level 1 chargers: 74
- Level 2 chargers: 4,369
- DC fast chargers: 428
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Chones / Shutterstock
- EV chargers per 100k residents: 104.7
- Total EV chargers: 41,225
- Level 1 chargers: 676
- Level 2 chargers: 33,690
- DC fast chargers: 6,817
Shutterstock
Photo Credit: Chones / Shutterstock
- EV chargers per 100k residents: 104.7
- Total EV chargers: 41,225
- Level 1 chargers: 676
- Level 2 chargers: 33,690
- DC fast chargers: 6,817
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Why are there no cheap EVs?
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 139.7
- Total EV chargers: 871
- Level 1 chargers: 71
- Level 2 chargers: 725
- DC fast chargers: 75
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- EV chargers per 100k residents: 139.7
- Total EV chargers: 871
- Level 1 chargers: 71
- Level 2 chargers: 725
- DC fast chargers: 75
Are affordable EVs coming?
A stampede of new foreign and domestic EVs is coming in 2023, including pickup trucks and larger SUVs. More competition could bring down the price of EVs.
We could see “EV batteries that are leaps and bounds ahead of what’s available today within the next decade,” Toprak says. “Manufacturers across the globe are now fully committed to the EV revolution, and there is no turning back.”
Brauer was more cautious, noting that prices for lithium, a key component of the battery, have gone up due to the war in Ukraine. It’s unpredictable, and a battery breakthrough could come in five years or 25 years, “which will make selling EVs to mainstream consumers difficult in the near term due to their price.”
Tips for EV shoppers
While researching which EV to get, remember these key points:
- The sticker price is not the real cost. The advertised price will be offset by incentives, rebates, lower fuel and ownership costs and, possibly, your negotiation.
- Determine ahead of time what incentives will apply to the car you want to buy. Yes, it’s complicated, but it’s worth it to find every way to reduce the initial cost.
- Carefully choose between buying and leasing. Each financing method has advantages and can affect the overall cost of the vehicle.
- If you intend to use the federal tax credit, remember that you won’t see that savings until you file your taxes.
- EVs come with nonfinancial advantages that might let you justify the higher cost. Carpool lane access, increased acceleration and handling, and a quieter ride are a few things popular with EV owners.
- Use internet search engines to cast a wide net when looking for the best deal. You can even buy the car out of state and have it shipped to your house.
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