Few topics in the automotive world generate as much opinion — and as much misinformation — as electric vehicles. As consultants who advise clients across the full spectrum of vehicle types, we regularly encounter misconceptions that lead buyers to either dismiss EVs based on outdated assumptions or adopt them without fully understanding the genuine limitations that still exist. This article examines the most common myths against current evidence.
Myth 1: "EVs Don't Have Enough Range"
The average daily driving distance in Poland is approximately 35–40 kilometres. The average mid-range electric vehicle in 2026 offers a certified range of 400–500 kilometres. The practical real-world range in most conditions exceeds 300 kilometres — roughly eight times what the typical driver uses in a day.
Range anxiety, as a category of concern, applies meaningfully only to a specific use case: long-distance, inter-city travel without planned charging stops. For this use case, the modern EV charging network — including 150–350 kW fast chargers at major motorway junctions across Poland and Europe — has largely resolved the practical problem. Charging for 20–25 minutes at a motorway fast charger adds approximately 200–250 kilometres of range.
The reality: range is a genuine limitation only for buyers who regularly drive more than 300 km in a single session without stops. For the vast majority of drivers, including families with two cars or buyers in urban and suburban contexts, range is not a practical barrier.
Myth 2: "Charging Takes Too Long"
This concern conflates two very different charging scenarios. Home charging — the dominant charging method for EV owners worldwide — takes place overnight using a 7.4–11 kW wallbox. A vehicle with a 75 kWh battery charges from 20% to 80% overnight in approximately six to eight hours. The process requires no driver action beyond plugging in upon arrival home, and the car is ready every morning with a full or near-full charge. For drivers who can charge at home or at work, daily charging is no different from charging a phone.
Public fast charging at 50–350 kW is the relevant scenario for longer journeys. A 150 kW charger adds approximately 100 km of range in 15 minutes. A 350 kW charger, available at premium Ionity stations, delivers 300+ km of range in under 20 minutes on compatible vehicles. These speeds are competitive with a short coffee stop during a long drive.
The reality: charging is slower than refuelling only in the scenario where a driver is on a long journey and has not planned a charging stop. With route planning — now built into every EV's navigation system — charging on long trips requires no additional planning effort compared to locating petrol stations.
Myth 3: "The Battery Will Degrade Quickly"
Battery degradation was a genuine issue with first-generation electric vehicles. The original Nissan Leaf, with its passive battery cooling system, suffered meaningful range loss in warm climates after 80,000–100,000 kilometres. This experience shaped public perception of EV batteries in ways that have not been updated to reflect subsequent technological improvements.
Modern EV battery packs — using lithium nickel manganese cobalt or lithium iron phosphate chemistry with active thermal management systems — retain over 90% of original capacity at 200,000 kilometres under normal use in studies of real-world fleet data from Tesla, Volkswagen Group, and Hyundai/Kia vehicles. The chemistry and management systems have improved dramatically. Battery warranties from mainstream manufacturers now typically cover 8 years or 160,000 kilometres to 70% capacity retention.
The reality: battery degradation in modern EVs, managed with normal charging habits (avoiding frequent 100% charges and deep discharges), is a minor factor in long-term ownership. The concern is substantially outdated.
Myth 4: "EVs Are Not Suited to Polish Winter"
Cold weather genuinely reduces electric vehicle range — typically by 15–25% in temperatures between -5°C and -15°C. This is a real consideration, not a myth. However, the question is whether this reduction is practically significant for a typical driver, and in most cases it is not.
A vehicle with 400 km of certified range losing 20% in cold weather retains 320 km of real-world range. For the average daily driving distance of 35–40 km, this represents no practical constraint whatsoever. For drivers who regularly make long winter journeys, route planning should account for reduced range — exactly as a diesel driver accounts for higher fuel consumption on a motorway run.
Heat pump technology, now standard on most mid-range EVs, significantly mitigates winter range loss by heating the cabin more efficiently than resistive electric heating. Models like the Volkswagen ID.3/ID.4 with heat pump show meaningfully better cold-weather performance than older EV designs.
The reality: Polish winters do reduce EV range. For most drivers this is not a practical problem. Buyers making long regular winter journeys should factor reduced range into their decision — an honest limitation rather than a reason to dismiss EVs entirely.
Myth 5: "EVs Are Too Expensive"
Comparing purchase prices alone, electric vehicles remain more expensive than equivalent internal combustion counterparts in most segments. This is a fact, not a myth. However, the total cost of ownership comparison — which includes fuel, maintenance, road tax, and depreciation — increasingly favours EVs for drivers who cover average or above-average annual mileage.
Electricity costs per kilometre are significantly lower than petrol or diesel across all European energy tariffs. EVs have no oil changes, no exhaust system, no timing belt, and far fewer wear components than combustion engines. Polish road tax exemptions for zero-emission vehicles provide additional savings. Government incentive programmes periodically reduce the purchase price gap further.
The reality: for a buyer covering 15,000–20,000 km per year over a five-year period, total cost of ownership analysis often favours an EV by a meaningful margin despite the higher purchase price. For low-mileage drivers, the case is less clear and depends on individual circumstances — which is exactly the kind of analysis our consultancy provides.
Conclusion
Electric vehicles in 2026 are genuinely well-suited to the needs of a large proportion of drivers, particularly urban and suburban residents, households with home charging access, and drivers covering average daily distances. The objections rooted in early EV technology no longer reflect current product standards.
Genuine limitations remain: range on long single-day drives, cold weather impact for extreme-distance winter journeys, and higher purchase prices. These deserve honest evaluation rather than dismissal — and the right choice depends on individual circumstances.
If you would like objective guidance on whether an electric vehicle suits your specific situation, contact our team for an independent consultation.