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Facts over fear

“But I heard...” The going-electric myths, answered.

Heard that EV batteries die in five years, heat pumps quit in the cold, or solar only pays off in Arizona? Here is what the data says, in plain English, with a source for every number. Where a worry is partly true, we say so.

Figures checked .

Cost

Partly true

“EVs are more expensive.”

New EVs still cost more up front, but charging at home and lighter maintenance save the average driver about $1,840 a year.

The sticker price is real: the average new EV sold for $55,879 in September 2026, against $50,562 for the average new vehicle (Kelley Blue Book). The running costs swing it back. At US average prices, charging a compact electric SUV at home for 12,000 miles costs about $680 a year, against about $2,040 of gasoline in a 25.5 mpg car, and Argonne National Laboratory puts maintenance at 6.1 cents a mile for an EV versus 10.1 for gas, about $480 a year more saved. Used EVs are the bargain: more than half listed in September 2026 were under $30,000 (Recurrent).

Sources (4)
Myth

“Going electric is only for rich people.”

Plug-in solar starts under $500, power stations around $300, more than half of used EVs list under $30,000, and the savings arrive every month.

You don't have to start with a new car or a roof full of panels. A plug-in solar kit starts at $414.17 (Bright Saver member price), a small power station that runs a CPAP is about $300, the 2027 Chevrolet Bolt launched under $30,000, and more than half of used EVs listed in September 2026 were under $30,000 (Recurrent). The federal EV credits ended for vehicles bought after Sept 30, 2025, and the home solar and efficiency credits after 2025 (IRS), but DOE Home Energy Rebates are live in some states; check your state energy office.

Sources (6)

Electric cars

Myth

“Won't the battery die in a few years and cost a fortune?”

EV batteries lose only about 2% of their range a year, and among 2022-and-newer EVs just 0.3% have needed a new one.

Real-world data from 22,700 vehicles shows batteries lose about 2.3% of capacity a year on average, so a 300-mile car still has roughly 250 miles after eight years, and packs are expected to outlast the car (Geotab, 2026). Replacements are rare: 0.3% for EVs from 2022 on, outside recalls (Recurrent), and US DOE data puts replacements due to failure at 1.5% overall. Automakers typically warranty the battery for 8 years or 100,000 miles. Out of warranty, a replacement does cost $5,000 to $16,000, which is why a battery health report is worth getting on a used EV.

Sources (4)
Myth

“EVs catch fire all the time.”

The best data we have says EVs catch fire far less often than gas cars, though a battery fire is harder to put out.

In Sweden, which tracks vehicle fires by fuel, combustion cars were about 20 times more likely to catch fire than EVs (Swedish Civil Contingencies Agency data via Swinburne University), and EV and plug-in hybrid fires stayed flat in 2024 while the fleet grew 14%. The US has no reliable national count by fuel type, so be wary of viral US statistics. The honest caveat: when a battery does burn, it burns hot and takes firefighters longer to put out.

Sources (2)
Mostly myth

“There aren't enough chargers. I'll get stranded.”

Most charging happens at home overnight, the average car drives under 40 miles a day, and the US has 261,000+ public charging ports for trips.

About 80% of charging happens at home (US DOE), so most days you leave with a full battery. The average household vehicle drove 14,200 miles in 2022, about 39 miles a day, well within any EV's range. For road trips, the Department of Energy lists 260,825 public charging ports, including 78,912 fast-charging ports. The part that's true: if you can't charge where you live, an EV takes more planning and public charging costs more.

Sources (3)
Myth

“EVs just move the pollution to coal plants.”

Counting the power plant and the battery factory, a new US electric car produces about two-thirds less climate pollution than a gas car.

Life-cycle studies count everything: mining, building the battery, generating the electricity. On today's average US grid, a 2024 electric sedan produces 66% to 70% less greenhouse gas over its life than a gasoline sedan, and electric SUVs 71% to 74% less (ICCT, 2024). The Union of Concerned Scientists finds EVs come out ahead in every US grid region, and the gap widens as the grid gets cleaner. On a coal-heavy grid the advantage is smaller, but still there.

Sources (2)
Mostly myth

“The grid can't handle everyone charging.”

All the electric cars in the US used under 1% of the country's electricity in the first half of 2026, mostly overnight when the grid has room.

US light-duty EVs used nearly 14 billion kWh in the first half of 2026 (EIA), which works out to under 1% of US electricity use by our arithmetic. Worldwide, the IEA puts EVs at about 0.7% of electricity demand in 2024, rising to about 2.5% by 2030. Growth will need investment, but it is gradual, and charging mostly happens overnight when demand is low. Many utilities pay or discount drivers who charge off-peak.

Sources (2)
Partly true

“Cold weather kills EV range.”

At freezing, EVs keep about 78% of their range on average; at 20°F about 70%. Plan for it, but it rarely matters on a daily commute.

Cold does cut range. Across 30,000+ cars, EVs kept 78% of their range at 32°F and 70% at 20°F (Recurrent). AAA's 2026 lab test at 20°F with the heater on found a 39% drop, and hybrids lost 22.8% of their fuel economy too; even then, the EV cost $36.19 less per 1,000 miles charged at home. Warming the car while it is still plugged in, seat heaters and a heat-pump model all help. Norway, hardly a warm country, registered 95.9% fully electric new cars in 2025.

Sources (3)
Partly true

“EVs break down more.”

Routine maintenance is cheaper with no oil changes, but newer EVs have had more software and charging glitches. Pick a model with a good record.

EVs have far fewer moving parts: Argonne National Laboratory puts scheduled maintenance at 6.1 cents a mile for an EV versus 10.1 cents for a gas car. But Consumer Reports' 2025 survey found EVs had more problems on average than gas cars, often with software, electronics and charging hardware, and it varies a lot by brand. Check model-specific ratings before you buy.

Sources (2)

Solar

Mostly myth

“Solar doesn't work where it's cloudy, and it never pays back.”

Panels in every US state but Alaska make more power than in Germany, a solar leader, and the average US solar shopper breaks even in about 10 years.

Panels work on daylight, not just direct sun; they make less in cloudy places, not nothing. Germany is one of the world's biggest solar markets, and Fraunhofer ISE uses about 950 kWh a year per kW of panels as a typical German yield. In our PVWatts model, panels in every US state except Alaska beat that, from about 1,160 in Washington to about 1,800 in California and Arizona. Payback depends on your electricity price and how your utility credits solar: EnergySage says its average shopper breaks even in about 10 years. Since the 30% federal credit ended after 2025, payback is longer than it was; our solar calculator shows your state's numbers.

Sources (3)
Myth

“Solar panels will wreck my roof.”

Installed with sealed, flashed mounts, panels shouldn't harm a roof, and the installer's warranty covers installation damage. Just don't put them on an old roof.

"A rooftop PV should have no negative impacts on a building if installed correctly," says the US Department of Energy's rooftop solar guide, and damage during installation is generally covered by the installer's workmanship warranty. Panels last about 25 to 30 years, about as long as a new roof, so if your roof is near the end of its life, replace it first; the DOE calls a roof replacement a great time to add solar. Panels even shade the roof they cover.

Sources (2)
Myth

“Solar panels wear out in a few years.”

Panels lose only about half a percent of output a year, so they're still making most of their power after 25 years.

A review of degradation studies by the National Renewable Energy Laboratory found a median loss of about 0.5% of output a year. Panels are typically warranted for 20 to 25 years and last about 25 to 30 (US DOE). The inverter usually needs replacing once along the way.

Sources (2)
Myth

“Solar is all or nothing. I'd need a $30,000 system.”

A plug-in solar kit starts under $500, plugs into an outlet, and needs no roof or installer.

Plug-in (balcony) solar kits of one to four panels plug into an ordinary outdoor outlet and power whatever is running in your home while the sun is up. The nonprofit Bright Saver sells a 360 W kit for $414.17 to members, and several states now allow kits up to 1,200 W without utility paperwork. If your roof isn't right, community solar lets you subscribe to a shared array in states that allow it.

Sources (2)

Heating and cooking

Mostly myth

“Heat pumps don't work in the cold.”

In real homes at 0 to 5°F, new cold-climate heat pumps still made about 2 units of heat for every unit of electricity. Over 60% of Norwegian homes use them.

Modern cold-climate heat pumps keep working well below freezing. In the US Department of Energy's field trial, the median unit delivered 1.9 times as much heat as the electricity it used at 0 to 5°F, and 1.6 to 2.7 times below 30°F (PNNL, 2025); a Canadian government test measured close to 2 at -13°F. More than 60% of households in Norway heat with them, and Maine passed 100,000 new heat pumps two years early. The partly-true bit: efficiency drops in deep cold, and some homes keep backup heat for the coldest days. Whether one saves you money also depends on your gas and electricity prices, which our planner shows.

Sources (3)
Mostly myth

“Induction means buying all new pans.”

If a fridge magnet sticks to the bottom of your pan, it works on induction. That includes cast iron and most stainless steel.

Induction heats the pan itself through magnetism, so anything a magnet sticks to works: cast iron, enameled cast iron and most stainless steel (Consumer Reports). Plain aluminum, copper and glass don't. ENERGY STAR rates induction about 3 times as efficient as gas, and with no flame there's no combustion in your kitchen air.

Sources (2)

Batteries and backup

Mostly myth

“A home battery is pointless without solar.”

A battery keeps your fridge, Wi-Fi and lights on in an outage with or without panels, and some utilities pay you to share it.

Backup is the main reason most people buy one, and it works the same without solar: the battery charges from the grid and takes over when the power goes out. Some utilities pay battery owners to help during peak demand, solar or not; Massachusetts' ConnectedSolutions program pays $275 per kilowatt each summer, up to $1,375 a year for a 5 kW battery. Solar does make a battery more useful in a long outage, because it can refill each day.

Sources (1)

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Estimates only. Your actual costs depend on your utility's rate plan, how and when you charge or use power, and local prices. This is general information, not financial, tax or legal advice. See our disclaimer.