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Last updated: November 27, 2023

2024 Electric Vehicle Statistics

Are electric cars a fad or here to stay?

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Electric vehicles have become increasingly popular, not only in the U.S. but also around the world. Teslas are the most in demand, dominating over a quarter of the worldwide market share. But with any innovation comes new problems. A lack of charging stations makes long-distance travel with electric vehicles in the U.S. difficult — not to mention all the oil displacement. In this article, we’ll share the most recent electric vehicle (EV) industry statistics you need to know, and look at whether these trendy, eco-friendly vehicles are here to stay.

New to the world of electric vehicles? Check out our handy guide to the most common abbreviations you’ll see in the light vehicle market.

Category What they produce Includes
Zero-Emission Vehicles (ZEVs) No tailpipe emissions of pollutants/greenhouse gasses Some PHEVs, BEVs, and FCEVs
Electric Vehicles (EVs) Depends on type PHEVs, BEVs
Battery-Electric Vehicles (BEVs) No tailpipe emissions of pollutants/greenhouse gasses n/a
Plug-In Hybrid Electric Vehicles (PHEVs or HEVs) Depends on what fuel it’s using n/a
Fuel Cell Electric Vehicles (FCEVs) Water vapor n/a
Internal Combustion Engine Vehicles (ICEs) Tailpipe emissions n/a

Electric Car Sales

Number of Electric Vehicles Sold in Car Markets Worldwide

In 2021, there were 6.6 million global EV sales, a 121 percent increase from 2020. In the past decade, more than 16.9 million electric vehicles have been sold, an increase of nearly 85,000 percent. On average, EV sales increase worldwide by 110 percent per year, with the largest increase occurring between 2010 and 2011, when 531 percent more EVs were sold in the latter year. As of January 2023, 2022 data was not yet available.

Number of EVs sold worldwide

The U.S. Electric Car Market by Year

Electric vehicles are becoming more and more popular in the U.S. as well as abroad. From 2000 to 2021, total EV sales in the U.S. increased by 15,214 percent, with an average year-over-year increase of 37 percent. We’ve come a long way from 2000, when less than 10,000 EVs were sold, with 1.4 million EVs sold in 2021.

Total electric cars sold in the US

States With the Most Electric Vehicles Registered

California has the highest number of EVs registered. They make up nearly 40 percent of all registered EV vehicles in the U.S. You might think that’s because California is the most populated state. California’s population is definitely a factor in the Golden State’s outsize representation of EVs, but, as of 2020, California only held 13 percent of all private and commercial vehicle registrations in the country.

Florida, on the other hand, has a proportional representation of electric vehicles per registered vehicles, accounting for 7 percent of both electric vehicles registered and the total number of vehicles registered, according to Federal Highway Administration data.2

State Electric vehicle registrations as of December 31, 2021 Percentage of total vehicle registrations
California 563,070 39%
Florida 95,640 7%
Texas 80,900 6%
Washington 66,810 5%
New York 51,870 4%
New Jersey</a> 47,830 3%
Arizona 40,740 3%
Colorado 37,000 3%
Illinois 36,520 3%
Georgia 34,020 2%
Virginia 30,660 2%
Massachusetts 30,470 2%
Oregon 30,290 2%
Pennsylvania 26,770 2%
Maryland 25,630 2%
North Carolina 25,190 2%
Ohio 21,200 1%
Michigan 17,460 1%
Nevada 17,380 1%
Utah 16,480 1%
Minnesota 15,000 1%
Hawaii 14,220 Less than 1%
Connecticut 13,350 Less than 1%
Tennessee 12,160 Less than 1%
Indiana 10,360 Less than 1%
Missouri 10,050 Less than 1%
Wisconsin 9,330 Less than 1%
South Carolina 7,440 Less than 1%
Oklahoma 7,080 Less than 1%
Alabama 4,750 Less than 1%
Kansas 4,500 Less than 1%
Kentucky 4,220 Less than 1%
New Mexico 4,150 Less than 1%
New Hampshire 4,000 Less than 1%
District of Columbia 3,700 Less than 1%
Iowa 3,660 Less than 1%
Idaho 3,500 Less than 1%
Vermont 3,370 Less than 1%
Louisiana 3,180 Less than 1%
Maine 3,040 Less than 1%
Delaware 3,010 Less than 1%
Nebraska 2,710 Less than 1%
Rhode Island 2,550 Less than 1%
Arkansas 2,390 Less than 1%
Montana 1,650 Less than 1%
Mississippi 1,310 Less than 1%
Alaska 1,290 Less than 1%
West Virginia 1,010 Less than 1%
South Dakota 680 Less than 1%
Wyoming 510 Less than 1%
North Dakota 380 Less than 1%

So, why are electric vehicles so popular in California? It may be because of CARB ZEV, the Zero-Emission Vehicle Program from the California Air Resources Board’s Advance Clean Car package.

First adapted in 1990, the program aims to improve air quality and diminish the emissions of greenhouse gasses by reducing the amount of smog-causing pollutants from passenger vehicles. Other states with high electric vehicle registration rates have since adopted this program, too, such as New York and Massachusetts.3

Leading Electric Car Manufacturers

Tesla is no longer the most popular EV manufacturer in the world. In 2021, it sold nearly 1 million electric vehicles, compared to less than 600,000 sold by the second-largest EV manufacturer, BYD. However, by the end of 2022, BYD surpassed Tesla, accounting for 18 percent of the market share compared to 13 percent.4

Brand Number of electric vehicles sold in 2022 Percentage of 2022 market share
BYD 1,847,745 18%
Tesla 1,314,330 13%
SGMW 482,056 5%
Volkswagen 433,636 4%
BMW 372,694 4%
Mercedes 293,597 3%
GAC 271,557 3%
SAIC 237,562 2%
Changan 237,429 2%
Chery 230,867 2%

The Most Popular Electric Car Models

Not surprisingly, the most-purchased all-electric vehicle in 2019 was a Tesla — specifically, the Model 3, which accounted for 65 percent of the EV market in the U.S. When you consider plug-in hybrid electric vehicles (PHEV) that use both electricity and gas, the Tesla Model 3 still reigns supreme, with nearly half of the total EV market share in the U.S., according to the most recent data available.5

Vehicle Type Number of sales in 2019 Percentage of total EV sales in 2019
Tesla Model 3 EV 154,840 49%
Prius PHEV PHEV 23,630 8%
Tesla Model X EV 19,425 6%
Chevy Bolt EV 16,313 5%
Tesla Model S EV 15,090 5%
Nissan Leaf EV 12,365 4%
Honda Clarity Plug-In PHEV 10,728 3%
Ford Fusion Energi PHEV 7,476 2%
Chrysler Pacifica Plug-In Hybrid PHEV 5,811 2%
BMW 5-Series Plug-In PHEV 5,442 2%
Audi e-tron EV 5,369 2%
Chevy Volt PHEV 4,915 2%
VW e-Golf EV 4,863 2%
BMW i3 EV 4,854 2%
Kia Niro Plug-In PHEV 4,051 1%
Mitsubishi Outlander Plug-In PHEV 2,810 1%
Jaguar I-Pace EV 2,594 1%
Mercedes GLC 350e Hybrid PHEV 2,459 1%
Mercedes C350We PHEV 2,172 1%
Porsche Panamera S E-Hybrid PHEV 1,958 1%
Hyundai Ioniq Plug-In PHEV 1,765 1%
Hyundai Kona Electric EV 1,721 1%
Volvo-XC90 Plug-In PHEV 1,710 1%
Volvo XC60 Plug-In PHEV 1,682 1%

The Future of Electric Cars

With the Biden administration’s plan to have 50 percent of vehicles sold be electric by 2030, invest in more charging infrastructure, and create more stringent targets for fleet emissions, McKinsey predicts that 65 percent of vehicles sold in the U.S. will be electric by that year. The consulting firm further predicts that other states will follow California’s adoption of CARB ZEV, leading to more EVs and more ports to charge them at.6

In terms of the number of sales worldwide, there are two different predictions for the future.

  • STEPS: The Stated Policies scenario is more conservative, assuming that the government will not reach all of its goals. It takes into account both existing policies and those under development and considers the direction of energy systems without direction from policymakers. STEPS is not designed to achieve a particular outcome, unlike APS below.
  • APS: The Announced Pleades Scenario, in contrast, assumes that the U.S.’s energy targets will be met in full by 2030, leading to higher sales of EVs.7

Projected United States EV sales in APS scenario versus STEPS scenario

Oil Displacement

One consequence of increased EV adoption is oil displacement — decreased demand for oil. While you might assume that decreased demand would cause the price of oil to drop as the invisible hand of the market adjusts, Bloomberg predicts that prices will stay elevated and volatile with decreasing investments in a new supply of oil.

From 2010 to 2021, EVs displaced 235 million units (barrels of oil) worldwide, and in the U.S. alone, over 83 million barrels. Year over year, the world saw an average increase of 85 percent more oil barrels displaced, with the largest jump occurring between 2010 and 2011.8 This correlates with the largest increase in EV sales worldwide.

Number of barrels of displaced oil per year China Europe India U.S. Rest of the world
2010 17,520 43,800 5,110 54,750 20,075
2011 28,105 98,550 10,220 229,950 91,250
2012 76,650 222,650 11,315 584,000 189,800
2013 160,600 438,000 13,140 1,642,500 299,300
2014 438,000 876,000 17,885 3,066,000 401,500
2015 1,314,000 1,606,000 21,535 4,015,000 584,000
2016 2,591,500 2,372,500 31,025 5,110,000 766,500
2017 4,745,000 3,431,000 40,150 6,935,000 1,095,000
2018 8,760,000 4,745,000 51,100 10,585,000 1,715,500
2019 12,775,000 7,665,000 62,050 14,235,000 2,409,000
2020 16,060,000 11,315,000 69,350 15,695,001 3,102,500
2021 30,294,999 24,090,000 124,100 21,535,000 6,205,000

Another consequence of EV adoption is lost tax revenue for the sale of liquid fuels, which some people fear may lead to an energy crisis.

Publicly Available Charging Stations

A significant factor that limits EV sales is a lack of publicly available charging stations. Most people with EVs don’t drive them on long trips, as there may not be enough charging stations on their route to support longer rides. However, the number of charging stations is increasing, which should correlate with more EV sales.

By Country

As of 2021, China had the highest number of charging stations, with more than 1 million. The U.S. was second with 114,000, about one-tenth of China’s supply. Of course, these numbers don’t take into account the number of licensed drivers per population, so they don’t consider how many charging stations may be necessary.

Country Number of charging stations in 2021
China 1,150,000
U.S. 114,000
Korea 107,000
Netherlands 85,600
France 54,500
Germany 51,200
United Kingdom 36,700
Japan 29,000
Italy 22,200
Norway 19,700
Canada 15,100
Sweden 13,600
Belgium 12,790
Spain 8,200
Switzerland 8,200
Finland 6,570
Portugal 4,200
Denmark 4,180
Poland 3,700
Australia 2,350
Thailand 2,270
Mexico 1,292
Greece 1,179
India 942
Iceland 680
New Zealand 600
Chile 480
Brazil 455
South Africa 300
Indonesia 184
Poland 0

By State

Along with the highest number of EV registrations, California also has the highest number of charging ports in the U.S., according to data from EV Adoption.9 There are more than 34,000 ports throughout the state. However, when you take into account the ratio of charging stations per EV, California actually ranks second to last, with 27 EVs for every charging port.

The state with the worst ratio is New Jersey, which has 41 EVs for every charging port. So while the adoption of EVs is high in these states, the charging infrastructure has not caught up with the sales.

State Total number of EVs as of 9/21/21 Total number of ports as of 9/21/21 Number of EVs for every charging port
California 930,811 34,185 27
Florida 108,749 5,644 19
New York 106,024 6,547 16
Washington 80,397 3,765 21
Texas 78,585 4,946 16
New Jersey 66,555 1,610 41
Georgia 53,416 3,754 14
Massachusetts 51,834 4,110 13
Illinois 49,746 2,251 22
Colorado 47,633 3,355 14
Oregon 44,170 2,142 21
Arizona 43,171 1,952 22
Pennsylvania 42,611 2,438 17
Maryland 41,893 2,815 15
Virginia 39,724 2,507 16
North Carolina 32,782 2,287 14
Michigan 31,753 1,642 19
Ohio 31,654 1,807 18
Connecticut 23,353 1,216 19
Minnesota 20,393 1,226 17
Hawaii 19,243 751 26
Nevada 18,441 1,209 15
Utah 16,521 1,758 9
Wisconsin 15,415 881 18
Tennessee 14,891 1,381 11
Missouri 14,684 2,045 7
Indiana 13,995 830 17
Oklahoma 10,712 975 11
South Carolina 8,982 769 12
New Hampshire 7,171 305 24
Vermont 7,061 831 9
Maine 6,486 537 12
District of Columbia 6,133 671 9
Alabama 6,081 480 13
Kansas 5,848 937 6
Iowa 5,828 523 11
Kentucky 5,458 399 14
New Mexico 4,842 397 12
Delaware 4,733 271 17
Rhode Island 4,695 521 9
Louisiana 4,372 339 13
Nebraska 4,075 345 12
Idaho 3,769 260 15
Arkansas 3,127 412 8
Montana 2,278 203 11
West Virginia 1,795 266 7
Mississippi 1,689 281 6
Alaska 1,113 81 14
South Dakota 1,015 147 7
Wyoming 707 169 4
North Dakota 656 134 5

On the opposite end of the spectrum, Wyoming has four EVs for every charging station. That said, there are only just over 700 EVs in the state.

Car Insurance and Electric Vehicles

If you’ve ever shopped for electric vehicle insurance, you may have noticed higher costs than you’d find when insuring non-EVs. Electric cars are more expensive to insure due to their specialized features and replacement parts, such as electric batteries. As a result, you may need to take them to specialized repair shops. You can expect to pay about 15 percent more for electric vehicle insurance, with an average annual cost of $2,426 compared to $2,071 across all vehicle types, according to AutoInsurance.com data.

Conclusion

One thing the world can agree on is the rising popularity of electric vehicles. No matter the country, sales are increasing year over year, and governments are investing more in charging infrastructure, which will increase adoption even more. Hopefully, this adoption will reduce the emissions of greenhouse gasses and pollutants, making the air more breathable for us all. Explore more auto insurance research like this for further insights.

Methodology

For data on the cost of auto insurance, we depend on our own proprietary data gained from over 20 years of experience in the auto insurance market. Additionally, our research term analyzed data from third-party sources, including the following:

  • Bloomberg
  • California Air Resources Board
  • CleanTechnica
  • EV Adoption
  • Federal Highway Administration
  • International Energy Agency
  • McKinsey
  • U.S. Department of Energy
  • U.S. Department of Transportation

Citations

  1. Hybrid-Electric, Plug-in Hybrid-Electric and Electric Vehicle Sales. Bureau of Transportation Statistics. (2023).
    https://www.bts.gov/content/gasoline-hybrid-and-electric-vehicle-sales

  2. State Motor-Vehicle Registrations – 2020. U.S. Department of Transportation Federal Highway Administration. (2022, Jun).
    https://www.fhwa.dot.gov/policyinformation/statistics/2020/mv1.cfm

  3. Zero-Emission Vehicle Program. California Air Resources Board. (2023).
    https://ww2.arb.ca.gov/our-work/programs/zero-emission-vehicle-program/about

  4. BYD #1 In World In Plugin Vehicle Sales In 2022. CleanTechnica. (2023, Feb 7).
    https://cleantechnica.com/2023/02/07/byd-1-in-world-plugin-vehicle-sales-in-2022/

  5. U.S. Plug-in Electric Vehicle Sales by Model. Transportation Research Center at Argonne National Laboratory. (2018).
    https://afdc.energy.gov/data/10567

  6. Why the automotive future is electric. McKinsey & Company. (2021, Sep 7).
    https://www.mckinsey.com/industries/automotive-and-assembly/our-insights/why-the-automotive-future-is-electric

  7. Global EV Data Explorer. International Energy Agency. (2022, May 23).
    https://www.iea.org/data-and-statistics/data-tools/global-ev-data-explorer

  8. Oil demand from road transport by scenario. BloombergNEF. (2022).
    https://bnef.turtl.co/story/evo-2022/page/7/2

  9. Charging Stations by State. EVAdoption. (2021, Sep 31).
    https://evadoption.com/ev-charging-stations-statistics/charging-stations-by-state/