Best States for EVs in 2026: The West Leads, But North Carolina Is Closing Fast

Yet other states are full of surprises. New Hampshire — with no ZEV mandate, no state purchase incentive and harsh winters — records the highest EV density in the country, at roughly 617 vehicles per 10,000 residents, largely driven by consumer demand among high-income households.

Vermont leads the nation in public charging stations per 10,000 households, at 18.4, while North Carolina has seen EV registrations surge by nearly 2,400% over five years — the fastest growth rate in the country — fueled by manufacturing investment and electricity costs low enough to make running an EV genuinely affordable.

Some of these states have mandates. Several do not. What they have in common is that the underlying economics work — electricity is affordable, the grid is clean enough to make the environmental case, and enough consumers have reached the income threshold where the upfront cost of an EV becomes manageable. Infrastructure followed demand in most of these states, instead of the other way around. The states worth watching next are the ones where demand is already building, but the charging network has not caught up. Oklahoma, Kansas and Iowa all fit that profile. When the infrastructure arrives, the growth numbers will follow.

States where renters have easy access to EV charging (and where the infrastructure lags)

Homeowners can install a Level 2 charger in a garage. Renters cannot. They depend entirely on what their building provides — and in most states, that is very little.

There are 12 states in which more than 10% of multifamily buildings offer EV chargers, mostly in the West and the South. Colorado leads with 16% of multifamily units equipped for EV charging. Florida (15.0%), Utah (14.6%) and Arizona (14.1%) follow. California sits at 11.7% — well above average, but still leaving nearly nine in ten rental units without charging access.

At the other end are Mississippi (0.1%), North Dakota (0.4%) and West Virginia (2.8%). In states where public charging is also thin, the combination makes EV ownership a genuine logistical problem for renters. Renter households are among the most cost-sensitive consumers in the country — exactly the group with the most to gain from lower EV running costs. The multifamily charging gap is where the next phase of EV adoption will be won or lost. For city renters, pairing an EV with strong public transit is the most effective combination — both for cutting costs and reducing emissions, as shown in our analysis of the best walk and ride cities in the U.S.

Then there are also the states with above-average EV search interest but below-average renter charging — like Oklahoma, Kansas and Iowa — which are set up for a catch-up cycle: The demand is there; public and multifamily charging simply have to follow.

Bottom 5 states: Where EV ownership faces headwinds

Not every state is ready, and for the five at the bottom, the barriers are specific enough to name.

Arkansas

Although Arkansas has shown promise in the adoption of EVs, its rural environments make it naturally more difficult to develop proper EV charging infrastructure. The state claims a small fraction of the US market share, especially after the federal tax credits on EVs were dropped back in September.

Right now, many things are just not working in Arkansas’s favor. The state has about 43 EVs per 10,000 residents, a public charging network of 3 stations per 10,000 households, and only 4.5% of multifamily units offering EV charging. Here, we find no ZEV policy, no meaningful purchase incentive and an EV insurance average that costs $55 per month above conventional vehicles.

The grid still leans heavily on fossil fuels, which caps the fuel savings at 26% — the second-smallest differential in the bottom five, despite residential electricity averaging just 12.30 cents/kWh.

Still, there is one countervailing signal: Registrations have grown 454% over five years, sixth-fastest in the nation, with a record surge in EV registrations in early 2025.

Alaska

The structural barriers here are unlike anywhere else. Back in 2025, Alaska’s sole shipper put a stop to EV deliveries due to the fire risks involved in shipping lithium-ion batteries across the sea — an issue that’s still in discussion in Juneau as of February. Then there’s the fact that cold weather can be quite hard on an EV, as freezing temperatures slow the chemical reactions inside the battery, slashing real-world range by up to 39% and risking permanent damage if the car is left unplugged in extreme cold. That also means that Alaskan EV owners essentially need to keep their car plugged in the way Diesel drivers plug in block heaters — and that’s in a state where residential electricity averages 24.80 cents/kWh, the second-highest rate in the country. Plus, a full battery costs 31.7% less than a gas fill-up, a narrower margin than most states.

Nonetheless, scientists have shown that EVs perform just as well as gas-powered cars in cold weather (the latter vehicles having their own issues at cold temperatures). In fact, the main issue in Alaska still has to do with infrastructure. County-level charging coverage reaches just 50% of the state. Only 196 public charging locations exist statewide — 2.6 stations per 10,000 households — leaving large parts of the state with no accessible public charging at all. Alaska also has no ZEV policy, no purchase incentive, only 0.6% of multifamily units with EV charging and just 25% of months with temperatures favorable for battery performance: The lowest share in the nation.

Mississippi

Down in Mississippi, we see the lowest EV density of any state: 25 per 10,000 residents. The public charging network is the second-thinnest in the dataset at 1.8 stations per 10,000 households, and 0.1% of multifamily units offer EV charging. A full battery costs 34.2% less than a gas fill-up, but the biggest EV insurance penalty in the entire dataset — $79 per month above conventional vehicles — takes a significant bite out of that saving. No ZEV policy, no meaningful purchase incentives, 6% renewable electricity generation.

Interestingly enough, Mississippi hosts major EV manufacturing investments — including a $500M Nissan plant upgrade and a planned $1.9B battery facility — yet EVs account for just a fraction of the state’s vehicle market when compared to the national average share, making it one of the lowest EV adoption states in the country despite its growing role in producing them.

West Virginia

In West Virginia, a full battery costs barely less than a gas fill-up — in fact, it’s the smallest savings differential of any state in the dataset, and it flows directly from the state’s reliance on coal-generated electricity. The grid keeps costs from falling far enough to make the EV cost case compelling, despite a residential electricity rate of 15.07 cents/kWh that looks moderate on paper. Public charging covers 2.5 stations per 10,000 households, only 2.8% of multifamily units offer EV charging, the state has no ZEV policy or purchase incentive, and 6.6% of electricity comes from renewables.

On the bright side, a free two-week test drive program called Rural Reimagined is bringing EVs directly to Appalachian communities across West Virginia and neighboring states, betting that hands-on experience will overcome rural skepticism — and that the region’s cheaper electricity and high mileage driving habits actually make it a stronger economic case for EV ownership than many assume.

Louisiana

Back in 2024, Shreveport was slightly outpacing the national average in charging infrastructure growth, yet even then, Louisiana was one of the least EV-friendly states in the U.S. Things have not improved since.

Last in the 2026 index, Louisiana records the lowest public charging coverage in the entire dataset: 1.5 stations per 10,000 households, with 813 charging locations serving a population of nearly 4.6 million. The fuel savings differential is also one of the smallest in the dataset.

What’s more, only 5% of electricity comes from renewables — second-lowest in the country. EV insurance costs run $62 per month above conventional vehicles, and just 2% of multifamily units offer EV charging. No ZEV policy, minimal purchase incentives.

Still, Louisiana brought in plenty of registered EVs in early 2026, with growth heavily concentrated in urban and suburban parishes — Jefferson, Orleans and East Baton Rouge leading the way — while rural areas show slow but steady gains, constrained less by disinterest than by limited charging infrastructure.

The EV price gap is narrowing (and the used market is closing it faster)

For those buying new, government incentives can make a real difference at the dealership, but only in states that offer them. In California, incentives can take up to $7,500 off a Model Y’s $40,490 sticker price. Washington and Colorado offer similar relief, bringing the same vehicle down to $35,490. In over half the country, that same vehicle lists at $40,490 with no meaningful offset. For a household in Mississippi or West Virginia (where incomes run considerably lower), that gap makes the difference between an EV being a stretch purchase and it being out of reach entirely.

The used market changes the math considerably. A Tesla Model 3 that started at $42K new can be found three years later for around $25K. Battery degradation at that age is typically minimal, as most EVs retain over 90% of their original range through the first five years. For anyone on the fence about the upfront cost, a two- or three-year-old EV makes an increasingly strong case for the best value.

Where going electric can save you serious money

The financial case for switching to an EV differs from state to state — and in some places, it is considerably weaker than the national conversation suggests.

Washington sits at one extreme. Residential electricity at 11.90 cents/kWh and a hydropower-heavy grid mean a full battery charge costs 54% less than a tank of gas. California and Maryland are close behind at 51% and 52% respectively, despite having some of the highest electricity rates in the country.

West Virginia sits at the other end. A full charge costs just 15.4% less than gasoline — the smallest differential in the dataset. The reason is not that electricity is expensive. At 15.07 cents/kWh, the rate looks moderate. The problem is the grid. A coal-heavy generation mix keeps electricity from being as cheap to produce as it is in hydro- or wind-dominant states, which compresses the margin that makes EVs financially compelling.

The stakes are highest for the millions of Americans now locked into long supercommutes: a population that grew by roughly a third after the pandemic pushed workers further from city centers. The national average for regular gasoline has already cleared $4.50 a gallon, but that number paints half the picture: drivers in Oklahoma fill up closer to $4, while Californians are paying over $6.

For a Sacramento-area resident driving 120 miles each way to the Bay Area in a premium-fuel BMW, that can work out to upwards of $1,000 a month in fuel and tolls alone. At that level of exposure, the difference between a gas tank and a charged battery can yield great savings in the monthly budget. That difference is worth several hundred dollars a month even in moderate-cost states, and considerably more in the ones where gasoline prices have already become a source of genuine financial strain.

Range anxiety is driving a split-fleet trend: Self storage is filling the gap

The self storage industry is watching the EV transition from an unusual vantage point — not as a bystander, but as an infrastructure player.

Facilities in high-traffic urban locations are already positioned to install Level 2 or DC Fast Chargers, serving as public charging hubs during the day when storage traffic is low and as a base for small delivery businesses running EV fleets without dedicated charging space. “A location with EV charging creates a daily reason for a tenant to visit the site regularly, increasing tenant loyalty and decreasing turnover, while creating additional revenue streams,” says Dr. Joseph Ryan Smolarz, co-founder of STOR Partners, a self storage acquisitions and operations firm. “The operators who move first on this will not only accommodate the EV transition — they will profit from it substantially.”

That operator opportunity is only half the story. The demand is already there — and it’s coming from a direction few anticipated. Early EV adopters aren’t getting rid of their gas cars. “They are keeping them as range-anxiety backups, especially in markets where charging infrastructure is still building out,” Smolarz says. “That second vehicle needs somewhere to live.” The behavior is most visible in the states leading this ranking: California, Washington and Colorado combine high EV ownership with significant renter populations: exactly the conditions where split-car households and the storage demand they generate are already a reality, rather than a future that’s yet to come.

The demand shift is also changing what customers expect from a facility. “Renters are no longer concerned about how much space is in a unit,” says Logan Peranavan, CEO of TapestoDigital, who works with both storage and automotive clients. “What they want to know is whether you will allow them to charge their vehicle. With many locations that do not have charging stations available, this has resulted in lost customers for operators who do not offer charging.”

There is a structural dimension, too. EVs are 10–30% heavier than internal combustion vehicles due to their battery packs, forcing multi-story facilities to re-evaluate load limits. Climate control is no longer optional: “EVs need more active management because they cannot sit in a cold garage for months with a battery tender,” says Anton Geier of BCS Bus. “Storage providers need to consider climate-controlled environments to prevent discharge and capacity degradation.”

For the split-fleet household, storage accessibility and cost vary considerably depending on where you live. Most of the top EV states are well supplied, meaning finding a vehicle storage unit close to home is realistic. The exceptions are Hawaii and Massachusetts, where storage space per capita sits at just 4.91 sq. ft. and 3.76 sq. ft., respectively, leaving EV owners with fewer options and less flexibility. That scarcity shows up in the price: Hawaii averages $295 per month for a 10’x20’ unit — the highest in the dataset. California, better supplied, runs $180. North Carolina comes in at $109, and the Midwest and South offer the most accessible rates: Ohio at $99, Indiana at $98 and Tennessee at $105. For households managing two vehicles with different charging and range profiles, storage availability matters as much as the monthly rate.’

Conclusion: The electric map is being redrawn

California’s position holds. But North Carolina’s explosive growth, New Hampshire’s demand-led surge and Colorado’s renter-friendly infrastructure show that EV adoption has moved well beyond its coastal, policy-driven origins. Manufacturing investment, falling vehicle costs and consumer behavior are now driving the story as much as state mandates are.

The gaps that remain are specific and solvable. Renters in Mississippi, Louisiana and West Virginia face real barriers — high insurance costs, thin charging networks and grids that limit the financial case. These do not close automatically.

EV registrations have grown in every single state in the dataset over the past five years, including the bottom five. The trajectory is consistent. The question is which states will have the infrastructure in place when mainstream adoption arrives — and which will be building it after the fact.

EVs in the U.S.: FAQ

How many electric vehicles are there in the U.S.?

Over 6.7 million, more than four times the 2020 total.

What is the efficiency of electric vehicles?

EVs convert a significantly higher share of energy into motion than gas-powered cars, which lose most of their fuel energy as heat. The exact efficiency advantage varies by model, driving conditions and temperature, with cold weather the biggest performance variable: freezing temperatures can cut real-world range by up to 39%.

Are electric vehicles cheaper than gas?

On fuel costs, usually yes — but it depends on where you live. In Washington state, a full charge costs 54% less than a tank of gas. In West Virginia, that gap shrinks to just 15% because a coal-heavy grid keeps electricity from being competitively priced. The upfront purchase price of an EV remains higher than that of a comparable gas vehicle, though the used EV market is narrowing that gap fast.

Do all electric vehicles use the same charger?

No. There are three main levels: Level 1 (standard household outlet, slowest), Level 2 (240-volt, the most common home and public setup) and DC Fast Charging (the quickest, typically found along highways). Connector standards have also varied by manufacturer, though the industry is moving toward broader compatibility.

Are electric vehicles better for the environment?

Generally, yes, but the degree depends on how your state generates electricity. In Oregon, where 66% of electricity comes from renewables, an EV runs on a genuinely clean grid. In West Virginia, where coal dominates, the environmental benefit is much smaller. Across the board, public transportation still reduces emissions per capita more effectively than even the cleanest EV.

Expert opinions

To better understand the outlook of EV adoption in the U.S., we turned to experts in the field.

Loren McDonald, CEO/Chief Analyst at Chargeonomics

Which states or regions do you see as the next major EV markets, and what is driving growth there?

Based on analysis I’ve done in the past, the key drivers of higher-adoption EV markets tend to be fairly consistent. These markets typically have higher-than-average gas prices, higher-than-average household incomes, better weather, and are more urban and suburban rather than rural. Another major factor is the impact of incentives.

In the last 12 to 18 months, Colorado has been a great example — it caught up to and in some quarters surpassed California in EV sales share due to a combination of strong state, utility, and local incentives that made buying or leasing an EV both easy and affordable.

Without naming specific markets, I’d suggest that we’ll continue to see above-average growth in areas with a growing high-tech and white-collar workforce. These populations tend to have higher incomes, are more tech-savvy, and are generally more open to adopting new technologies.

What is the single biggest barrier to mainstream EV adoption in the U.S. right now, and how close are we to solving it?

Consumer education is the biggest hurdle. Most of America still doesn’t understand how to “refuel” a vehicle with electricity. Charging an EV is very similar to charging your smartphone—you plug in at home, and several hours later, it’s charged to the level you need.

For consumers, public charging can be very confusing, seem complicated, and it has a language that only an engineer could love. But unless you live in an apartment, condo, or dense urban setting where you don’t have access to charging, most people will charge at home roughly 90% of the time.

Yet most of the focus — from automakers, the charging industry, and the media — is on the availability, reliability, and speed of public fast charging. Non-EV drivers have become fixated on how long it takes to charge at a public charging station, even though most people may only use fast charging a handful of times per year.

And when you do charge at a public charging station, there’s also a misunderstanding about the experience itself. Even when using public fast charging, you’re typically not sitting in your car—you’re shopping, eating, or doing other activities. I refer to this as “charging habit stacking,” where you are undertaking a normal activity like shopping at Costco, and your EV is getting charged at the same time.

We are still several years away from the broader ecosystem doing a great job of educating consumers about the practical realities of EV ownership. That said, we’re starting to see some promising efforts. Ford’s “Power Promise” program, for example, helps by covering the cost of a home charger and installation for new buyers. On the infrastructure side, however, one area that needs significantly more focus and investment is charging in apartment and condo complexes, which represent roughly 40% of U.S. households.

On the infrastructure side, however, one area that needs significantly more focus and investment is charging in apartment and condo complexes, which represent roughly 40% of U.S. households.

For someone considering buying an EV today, what should they look for in their local infrastructure before making the switch?

If you live in a single-family home, you’re in control of your charging destiny. Start by looking at incentives—from automakers, utilities, and state or local programs—that can help cover some or all of the cost of a home charger and installation. And charging at home means you’ll simply replenish the miles you use each day by charging overnight, often at lower utility EV rates.

If you don’t control your charging situation—such as living in an apartment, condo, or dense urban environment—look for charging options at your workplace, school, or places you shop frequently. You can also use tools like Google Maps or apps such as Chargeway and PlugShare to locate Level 2 and fast chargers near your home or along your regular routes.

If you must rely on public charging, again, look for both Level 2 and fast chargers where you can combine charging with your other normal activities. Most cars will sit parked roughly 22 out of 24 hours per day, and all or most of those 22 hours when your car is parked — it can also be charging.

If you live in an apartment that doesn’t have chargers, talk to the property manager or owner about installing them. There are dozens of charging providers in the U.S. that will install chargers at little to no upfront cost. These installations are increasingly seen as a way to attract and retain tenants, making it a win-win.

Gil Tal, Professor, Department of Environmental Science and Policy, University of California, Davis

Which states or regions do you see as the next major EV markets, and what is driving growth there?

The next wave of EV growth will come from states where three conditions align: policy support, high gasoline prices, and low residential electricity prices. This is mostly, but not exclusively, blue states. Where all three factors converge, the total cost of ownership advantage becomes large enough to pull in buyers beyond the early adopter segment. Policy alone is very important but not sufficient, and neither is fuel economics alone; markets accelerate when both reinforce each other.

What is the biggest barrier to mainstream EV adoption right now?

Vehicle supply across segments, body types, and price points. This is much less of a constraint in Europe, China, Canada, Mexico, and much of the rest of the world, but the U.S. case is distinct. Federal policy hostility toward EVs has suppressed domestic production, and high tariffs have foreclosed the import channel that other markets rely on. The result is a near-total absence of affordable EVs in the U.S. market. Demand is not the binding constraint; product availability is.

What should consumers look for in their local infrastructure before buying an EV?

Reliable home charging is the single most important factor. A 208/240-volt outlet (a dryer plug) in the garage or next to where the car is parked is the ideal setup for charging directly or installing a charger. Slower Level 1 charging at home, combined with a reliable workplace charger, is also workable. For most buyers, installing a home charger is straightforward, but it should be confirmed before purchase rather than after. Public fast chargers matter for road trips, but with 300-mile range vehicles now common, fast charging is rarely a daily concern and should not drive the buying decision. Apartment dwellers and rural drivers with atypical patterns need to match their specific driving and charging situation to the vehicle choice. For many of these buyers, a plug-in hybrid will deliver most of the fuel savings without range constraints, though here too supply is the limiting factor.

Methodology

This analysis was conducted by StorageCafe, an online platform that provides nationwide listings of storage units.

To produce this ranking, StorageCafe analyzed all 50 US states and the District of Columbia across more than 20 indicators grouped into eight categories: EV adoption and market demand, multi-car ownership capacity, EV infrastructure, cost and affordability, policy and incentives, environmental context and lifestyle and climate fit. Each category was weighted according to its relevance to the practical experience of EV ownership. Data on EV registrations, charging station counts and multifamily EV charging availability comes from the Alternative Fuels Data Center (US Department of Energy) and Yardi Matrix, StorageCafe’s sister division and a business development and asset management tool for brokers, sponsors, banks and equity sources underwriting investments in the multifamily, office, industrial and self storage sectors. Electricity price data comes from the US Energy Information Administration. Renewable energy and public transit clean fuel figures draw on US Department of Energy and Federal Transit Administration data. Self storage rates reflect Yardi Matrix street rate data.

The District of Columbia is included in the dataset, but noted as a non-state jurisdiction with structural characteristics — including very low car ownership rates by design — that affect its position in the ranking.

This study serves as a resource for the general public on issues of common interest and should not be regarded as investment advice. The data is true to the best of our knowledge, but may change if amendments to it are made. We agree to the distribution of this content, but we do require a mention in return for attribution purposes.

See previous reports on this topic:

The Race For Electric Vehicle Adoption: The West Takes The Wheel With Seattle, San Francisco & San Jose Leading The Pack

The Future Is Electric: The San Jose, SF, And LA Metros Are Tops For Electric Cars With PHX And Portland Speeding Up To Enter The EV Race