Electric Mobility Myths Debunked

Myth 1: EVs Don't Have Enough Range

Range anxiety — the fear of running out of charge — is one of the most cited barriers to EV adoption. In practice, the average daily driving distance in most markets is well within the range of modern electric vehicles. Studies consistently show that the majority of car journeys are under 50 km. A vehicle with 200–400 km of WLTP range covers the vast majority of daily use cases without requiring mid-journey charging.

Myth 2: Charging Takes Too Long

Charging time depends on the charger type and the vehicle's onboard charger capacity. For most users, overnight home or depot charging at AC rates (7–22 kW) fully charges a vehicle in 4–10 hours — meaning the vehicle is always ready in the morning. DC fast charging can add 100+ km of range in 20–30 minutes. The comparison to a 5-minute petrol station stop is only relevant for long-distance journeys, which represent a small fraction of total driving.

• Overnight AC charging (7 kW): 8–10 hours for a full charge — suitable for home and depot
• Fast AC charging (22 kW): 3–4 hours for a full charge
• DC fast charging (50–150 kW): 30–60 minutes for 80% charge
• Ultra-fast DC charging (150–720 kW): 15–25 minutes for 80% charge

Myth 3: EV Batteries Need Replacing Every Few Years

Modern EV batteries are engineered for long service life. Most manufacturers warrant batteries to retain at least 70% of original capacity for 8 years or 160,000 km. In practice, many batteries significantly exceed this. Battery replacement is not a routine maintenance item — it is an end-of-life event that most owners will not encounter during normal vehicle ownership.

Myth 4: EVs Are Worse for the Environment Than Petrol Cars

This claim typically relies on the carbon intensity of battery manufacturing and electricity generation. Life-cycle analyses consistently show that EVs produce significantly lower total emissions than equivalent petrol or diesel vehicles over their operational lifetime — even when charged from grids with significant fossil fuel generation. As electricity grids decarbonise, the advantage increases. In markets with high renewable energy penetration, the emissions advantage of EVs is substantial.

Myth 5: EVs Don't Work in Cold Weather

Cold weather does reduce EV range — typically by 15–30% in moderate cold and more in extreme cold. This is a real limitation that buyers in cold climates should factor into their planning. However, it does not mean EVs don't work in cold weather. Vehicles with active thermal management systems maintain battery performance more effectively. Pre-conditioning the battery while still connected to a charger can significantly reduce cold-weather range loss.

Myth 6: There Aren't Enough Charging Points

Charging infrastructure is expanding rapidly across most markets. For the majority of EV users who charge primarily at home or at a workplace or depot, public charging infrastructure is supplementary rather than essential. Fleet operators deploying EVs at a depot can install dedicated charging infrastructure sized to their operational needs. The charging infrastructure challenge is most acute for users without access to home or workplace charging — a genuine issue that is being addressed through public charging investment.

Myth 7: EVs Are Only for Wealthy Buyers

The upfront purchase price of many EVs remains higher than equivalent combustion vehicles — though this gap is narrowing as production scales. However, total cost of ownership — including fuel, maintenance and depreciation — is increasingly competitive. Electric vehicles have significantly lower running costs: electricity is cheaper per kilometre than petrol or diesel, and EVs have fewer moving parts requiring maintenance. For fleet operators with high annual mileage, the TCO case for EVs is often compelling even at current purchase prices.