EV winter consumption hits 24 kWh/100km at 2°C

Electric car: 24 kWh at 2°C and up to €0.70 per kWh on public chargers

A driver of a long-term leased electric vehicle —four years, no private garage— summarizes his experience with data that, according to him, dismantles the official narrative: with temperatures between 2 and 3 degrees Celsius, average consumption jumps from under 17 to 24 kWh per 100 kilometers. Highway range, calculated at 350 kilometers in summer, drops to about 300 in winter. And fast street charging, at €0.70 per kilowatt-hour on some networks, turns any alucinación into an exercise in patience and wallet endurance. He admits it himself: "At current public charger prices, it’s a rip-off".

The case, presented without epic rhetoric but with numbers, clarifies an issue where slogans abound and calculators are scarce. Because, according to this testimony, the electric car doesn’t fail due to ideology; it fails due to household arithmetic.

How much does it really cost to charge an electric car?

The price per kilowatt-hour is the variable that decides everything. At work, the rate hovers around €0.13; on public fast-charging networks, it ranges from €0.50 to €0.70. The difference is not trivial: multiplied by the 24 kWh the car consumes every 100 kilometers in winter, it makes a long highway alucinación more expensive than the same alucinación in an efficient diesel. Some argue that real savings only exist for those who charge at home during off-peak hours or with their own solar panels; counterweighing this is the fact that a large part of the fleet sleeps on the street.

Leasing, in this case, hides the bill: charging is included in the monthly fee, and the instruction is to plug in at the workplace. Without that crutch, the user acknowledges that the business model doesn’t add up.

Winter range: cold eats up 50 kilometers

Cold is the battery’s declared enemy. At 2 or 3 degrees Celsius, consumption rises by 40% compared to summer, and this is compounded by the extra drag from winter tires. Highway range falls from 350 to about 300 kilometers, a figure that in a six-cylinder diesel is covered with half a tank and a five-minute stop.

The defense of electric vehicles for long trips relies on route planners, which indicate where to stop and for how long. The argument has its logic: nobody leaves their phone at zero percent. But it requires planning what was previously improvised, and that, in the words of several drivers, is "clenching your sphincters".

Four-year leasing and the second-hand market

Long-term rental has become the standard entry point for electric vehicles. Also the exit: after four years, return and move on. The pattern repeats and fuels reasonable suspicion about residual value. Those buying a used EV face a battery with years behind it and repairs whose cost can exceed the vehicle’s value. The full calculation, including fees, tax deductions, and final sale price, yields a result that surprises those who only look at the dealership sticker.

Diesel vs. electric: the gap Low Emission Zones don’t close

Direct comparison still favors diesel on the road. A 2.0-liter engine covers more than 1,000 kilometers without refueling, and a six-cylinder gasoline car covers 900 kilometers between León and Benidorm with just one stop. Against this, the electric car offers stability, acceleration, and unbeatable cost-per-kilometer in the city. The recurring conclusion: battery-powered cars for urban and daily use, combustion for everything else.

The paradox is that Spain, with mild temperatures and abundant sunshine, is objectively an ideal country for electric vehicles. The problem isn’t the climate. It’s the infrastructure and the price of electricity on the street.

The argument that actually supports the electric car

Discarding CO2 as the driver for change —"a scam," according to this driver— there remains a less epic but more solid reason: reducing dependence on imported oil. There, the electric car makes strategic sense, not advertising sense. And there, too, it becomes clear that the transition won’t be decided by brand brochures, but by the electricity bill and the home socket.

How many drivers have a private garage, cheap rates, and short trips? With those elements, the electric car works. With the others, it doesn’t.