Myths About Electric Cars

The myths and the reality

Most arguments against electric cars are based on the state of the technology in 2015. The 2026 reality is different on almost every dimension. Here are the eight most common myths and what the current data actually shows.

• 1. "EV range is too limited"Most current EVs deliver 250–400+ miles per charge. Average daily driving is under 40 miles. Range is rarely the operational constraint people imagine before they own one.
• 2. "Batteries die after a few years"Modern EV batteries are warrantied for 8–10 years or 100,000+ miles, with typical real-world degradation of 1–2% per year. Most batteries outlast the car body. Some Tesla Model S vehicles have surpassed 400,000 miles on their original battery.
• 3. "Charging takes forever"DC fast charging adds 150–200 miles in 15–20 minutes on modern EVs. Home overnight charging covers 99% of daily needs without any waiting.
• 4. "EVs are worse for the environment because of battery production"EVs have higher manufacturing emissions than ICE cars but lower lifetime emissions. Break-even is typically 1–2 years of driving. Over the full vehicle life, EVs emit 50–70% less than equivalent ICE vehicles even on dirty grids.
• 5. "The grid can’t handle EVs"Even at 100% EV penetration, total electricity demand would rise about 25–30% — spread over 15+ years. Most charging happens overnight when grid capacity is underused. Smart charging makes integration easier still.
• 6. "EVs are more expensive than ICE"Purchase price is converging fast. Total cost of ownership over 5 years now favours EVs for most use cases — fuel savings, lower maintenance, longer powertrain life all compound.
• 7. "EVs catch fire more than petrol cars"Statistically false. Per million vehicles, EV fire rates are 20–100x lower than ICE vehicle fire rates. EV fires get more media attention because they are unusual.
• 8. "There’s nowhere to charge"Public charging networks have roughly tripled in capacity over the last five years in most developed markets. Home charging covers most needs. The remaining gaps are concentrated in apartment buildings and rural areas, both being actively addressed.

Where the legitimate concerns are

Not every concern about EVs is a myth. The legitimate issues today are more nuanced:

• Apartment building chargingMost apartments lack dedicated parking and EV charging. Solutions exist (shared building chargers, on-street, workplace) but rollout is uneven.
• Long-distance road tripsFast-charging networks are good and getting better but still uneven in coverage. Long trips require some planning.
• Cold weather rangeRange drops 15–30% in very cold weather. Modern heat-pump-equipped EVs minimise this but it is real.
• Used-car market maturityThe used EV market is still maturing. Battery state-of-health for used vehicles requires new diagnostic standards.
• Critical mineral supply chainsLithium, cobalt, nickel, and rare earths have concentrated supply chains with geopolitical and environmental considerations. Recycling will help but takes time to scale.

What changed between 2015 and 2026

Battery energy density doubled. Cost per kilowatt-hour fell by roughly 80%. Charging speeds increased by a factor of 5–10. Public charging networks went from a few thousand stations globally to hundreds of thousands. Almost every major automaker now produces EVs across multiple segments. None of the technology issues from a decade ago are still binding constraints at the same level. See our EV charging explained guide for the current charging landscape.

Frequently asked questions

• How long does an EV battery actually last?Modern EV batteries typically retain 85–90% capacity after 100,000 miles. Many last 200,000+ miles. Warranties of 8–10 years are standard.
• Can I charge an EV at home with a normal outlet?Yes — a standard 120V outlet adds about 4 miles of range per hour. A 240V outlet (dryer-style) adds 20–30 miles per hour. Most homeowners install a 240V charger and cover overnight needs easily.
• What happens to EV batteries at end of life?Two paths: second-life applications (stationary storage) and recycling for raw materials. Both industries are scaling rapidly.
• Are EVs really cleaner if my grid runs on coal?Yes, marginally. Even on the dirtiest grids, EVs emit roughly 30% less life-cycle CO₂ than equivalent ICE vehicles. On cleaner grids the gap is 60–80%.
• What about hydrogen cars?Hydrogen has niche applications (heavy transport, some industrial use) but for passenger cars, battery EVs have won the cost and efficiency battle decisively.
• Are EVs really cheaper to operate?Electricity per mile is typically 3–5x cheaper than petrol per mile. Maintenance is lower (no oil changes, fewer moving parts, regenerative braking). Total cost of ownership over 5 years favours EVs for most use cases.