EV prices have dropped to used-car levels as the Sierra Club map reveals the cost of US gas infrastructure expansion. A 2026 market overview: from the Dacia Spring at 66,500 PLN to the Tesla Model 3.
We are in April 2026 and I have to say it out loud: if you still think electric cars are an expensive toy for people who eat kale and cry over the fate of ants, you have apparently slept through the last two years in a cryogenic chamber.
While Americans are building hundreds of new gas power plants to feed the insatiable AI data centres, we in Europe are standing at the doors of showrooms where electricity and petrol prices have started an odd mating dance, heading toward a grand equalisation.
Not long ago, electromobility was a privilege of wealthy tech enthusiasts; today it has become a brutal economic necessity for anyone who can operate a calculator. By choosing modern electric cars, we invest in a technology that redefines mobility.
| Vehicle model | Range (WLTP) | DC charging power | 0-100 acceleration | Indicative price |
|---|---|---|---|---|
| Tesla Model 3 (RWD) | 513 km | 170 kW | 6.1 s | 185,000 PLN |
| Hyundai Ioniq 6 | 614 km | 233 kW (800V) | 7.4 s | 205,000 PLN |
| BMW i4 eDrive35 | 483 km | 180 kW | 6.0 s | 230,000 PLN |
| BYD Dolphin Surf | 427 km | 88 kW | 7.0 s | 82,700 PLN |
If someone had told me ten years ago that I would pay as much for a new EV as for a decent set of Ferrari wheels, I would have laughed at them faster than a Tesla Model S Plaid launches off the line. And yet. The Dacia Spring Essential starts today from 66,500 PLN.
Buying a Dacia Spring today is like buying a microwave on wheels – it does exactly what it is supposed to do, without pretending to be a Swiss watch. If your only goal is to get to work without going bankrupt, it is the most logical choice since the invention of sliced bread.
If you have enough patience to fill out applications for the NaszEauto programme, you can drive out of the showroom with a new car for – note – 26,500 PLN. That is less than some people spend on a yearly supply of coffee machine pods or insurance for a luxury SUV. Our catalogue includes a list of the cheapest models available on the Polish market.
Of course, the Spring has the soul of a blender, an interior made of materials resembling melted Lego bricks, and a range of around 225 km. That means a trip from Warsaw to Gdańsk requires planning worthy of a Moon landing. But in the city? It is brilliant.
You press the accelerator and just drive, without worrying about turbo lag or oil changes every 10,000 kilometres. If, however, your ambitions reach further than the nearest supermarket, the BYD Dolphin Surf enters the scene. For 82,700 PLN you get a car that comes standard with a rotating screen and a 360-degree camera system.
The Chinese are no longer knocking on our doors – they have simply kicked them in along with the frame, offering LFP battery technology that lasts through more charging cycles than many a marriage. Because electric cars from China offer such great value, European giants have to slash their margins dramatically.
If you despise plastic boxes, 2026 has something for you that finally resembles a car rather than a gadget from a B-class sci-fi film. The Skoda Elroq is the market hit of January, and it is hard to be surprised.
Skodas have always been bought by people who measure legroom in centimetres rather than emotions. For 141,900 PLN you get a car so practical that it probably has a hidden compartment for your unfulfilled rally dreams.
In the top 85 version with an 82 kWh net battery, you will cover 573 km (according to the WLTP procedure). In the real world, with Polish weather and the heating on, that means a safe 300-350 km without panic. These are civilised values that make electric cars capable of being the only car in the family.
Stating the WLTP range is the most beautiful form of fantasy literature since The Lord of the Rings. If you want to know how far you will really go, subtract 30% and pray there is no frost. Then physics will remind you of its existence faster than a bailiff.
For those who believe style matters more than logic, the Kia EV3 awaits for just under 199,000 PLN with a giant-for-this-segment 81 kWh battery. A range of 605 km looks impressive on paper – until frost arrives.
This year's tests in Norway at -30°C showed the brutal truth: you cannot cheat physics with any marketing nonsense. Ranges can drop by 40%. It is as if you poured 60 litres of fuel into the tank in the morning, and by the afternoon discovered that 25 litres had simply evaporated.
That is why an efficient home charger and a heat pump in 2026 are no longer a luxury, but essential survival equipment.
The biggest drama, however, plays out behind the scenes, in the world of big data. Americans are panicking because their energy corporations are building 500 new gas power plants. The reason? Big Tech. Your questions to artificial intelligence devour so much energy that they push electricity prices up faster than inflation.
Data centres need stable 24/7 power, and wind and sun are as fickle as a teenager. Because electric cars share the grid with AI server rooms, we must rapidly modernise transmission infrastructure.
In the US, energy prices for industrial customers have jumped at twice the rate of inflation, and plants are planning a phenomenal 50% increase in gas capacity. It is a terrible irony: we build electric cars to save the polar bears, while gigantic server rooms devour electricity generated from fossil fuels.
In 2026, ecology has become a battlefield between clean transport and the insatiable appetite of silicon brains. In Poland, fortunately, we have wallboxes and a developing infrastructure.
If you charge your car at home on the G12 night tariff, it costs about 0.70 PLN per kWh. A full battery in an upper-class car such as the VW ID.7 (which now costs from 157,890 PLN) is an expense of around 40-50 zloty.
For that amount, you will drive a real 400 kilometres. Modern electric cars are simply unrivaled in terms of operating costs.
We cannot ignore the fact that 2026 is a time of absolute Chinese dominance in batteries. Companies such as CATL and BYD control supply chains so effectively that European manufacturers have had to back down.
If you thought German engineering was unbeatable, look at the charging speed of modern 5C cells. You can charge a car from 10% to 80% in less time than it takes to drink an average coffee at a petrol station.
That eliminates the last bastion of arguments against electricity: "I do not have time to wait". In 2026, a fast charger with 350 kW of power is no longer an exotic find on the motorway, but a standard at which topping up energy takes 12 minutes.
Today's electric cars use intelligent energy management. By visiting our catalogue, you will see that almost every new model offers support for V2L (Vehicle-to-Load) technology.
Thanks to this, your vehicle becomes a mobile energy storage, capable of powering household appliances in case of a grid failure or a fridge during camping. The era in which a car served only for transport is irreversibly gone.
Are electric cars in 2026 perfect? No. They can still be irritating, they require a different usage logic, and they hate extreme frost. They are like a new generation of smartphones – brilliant until the battery dies.
But with the current price aggression from the Chinese, the growing efficiency of heat pumps, and subsidy programmes of around 40,000 zloty, buying a new combustion car today solely for city driving is like insisting on writing letters with a quill pen.
If you have 185,000 to spare and want to feel what the future looks like, buy a facelifted Tesla Model 3. Despite some ergonomic shortcomings, it remains the best gadget on wheels you can have.
Chinese competition is hot on its heels, and we as consumers only benefit from this war. The era of the ICE is dying out, and we are standing by its bonfire, charging our tablets on wheels. Modern electric cars are no longer a song of the future – they are the present.
Modern lithium iron phosphate (LFP) cells used in the Tesla Model 3 RWD and BYD cars show degradation of only 3-5% after 100,000 km. Active thermal management systems (TMS) prevent cell overheating, which was the main drawback of older designs such as the Nissan Leaf. Statistically, the battery retains above 80% efficiency for 15-20 years.
Yes, at temperatures around -15°C range can drop by 30-40%. This is due to the need to heat the cabin and keep the battery at an optimal operating temperature. The best solution is to choose a car with a heat pump, which uses up to 3 times less energy than classic resistive heaters, and to condition the battery before departure (preheating the car while it is plugged into the charger).
Prices at DC stations with power above 150 kW range from 2.50 PLN to 3.50 PLN per kWh without subscriptions. Driving 100 km at a consumption of 20 kWh then costs 50-70 PLN, which is comparable to running a combustion car. The key to savings are manufacturer subscriptions (e.g. BMW Charging, Kia Charge), which can halve the per-kWh rate.
The problem is not the total amount of energy, but the connection capacity in specific locations. V2G (Vehicle-to-Grid) and V2L systems allow cars to feed energy back into the grid during peak hours, stabilising it. Most cars charge at night, when national demand drops by several gigawatts, using surplus capacity from thermal and wind power plants.
LFP (lithium iron phosphate) batteries are cheaper, safer, and can be charged to 100% every day without worry, but they are heavier and handle frost worse. NMC (nickel manganese cobalt) batteries have higher energy density (more range at the same weight) and work better in winter, but to preserve cell life it is recommended to charge them to 80%.
The programme has been extended and modified.
About the author
Ranks 280 families
What share of combined range at 23 °C remains at −10 °C?
Ranks 280 families
What share of WLTP range does real-world range reach over a year in Poland?
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