Compare Private EV Leasing — which EV should you choose?

The most widely leased EVs on the Danish leasing market

The table below shows the 15 EVs with the most current private leasing offers in our database. It is not a ranking of which car is best — it is an overview of what is genuinely on the market and how much supply sits behind each model. The top of the list is typically dominated by volume models such as the Volkswagen ID.4, Tesla Model Y, and Skoda Enyaq. Many offers on the same car typically signals sharp competition between leasing companies and therefore better prices for you.

For each car you see the most important comparison data in one place: WLTP range in kilometres, battery size in kWh, maximum DC charging speed in kW, and starting monthly price. Use this table to get a quick read on where your candidate sits relative to the field. Does it stand out on range? Does it charge fast enough for your long trips? Is the price at the low or high end of the segment?

When you read the table, keep two things in mind. First: the 'from' monthly price is typically calculated at 10,000 km annual mileage, which is below the Danish average of 15,000 km. Adjusting up to 15,000 km, expect DKK 300–600 more per month on most models. Second: the WLTP range and DC charging speed shown apply to the specific variant we index most of. A car often comes in multiple configurations, and a big-battery version can have markedly higher range than the figure shown here. Click through to the individual model to see all the variants we have offers on.

Which EV should you choose? A five-step decision framework

"Which EV should I choose" is one of the most-asked questions — and it has no single answer. The best EV in 2026 does not depend on which car is best on paper, but on which car fits your everyday life. An interactive picker that asks two questions and spits out one car name sounds clever but hides the trade-offs that actually decide the choice. Instead, here is a structured five-step framework. Work through it in order — each step narrows the field so you end with a shortlist rather than the whole market.

Step 1 — Budget: what may it cost per month, all in? Start with the figure that actually binds you: the total monthly cost, not the advertised 'from' price. It must include the lease payment, the green ownership tax (around DKK 77 per month in 2026), and your expected insurance. Set a ceiling and stay under it. A rule of thumb: if you know your maximum monthly car budget, let lease plus insurance plus charging fill it — not the lease payment alone. That is the most common mistake: choosing by the 'from' price and being surprised by the rest.

Step 2 — Driving pattern: how far, how often, how? Write down your real pattern, not your aspirational one. How many kilometres a year? Mostly city, country road or motorway? How often do you drive trips over 300 km? Three profiles cover most people: the commuter (fixed daily driving, rarely far), the family driver (mixed, regular longer trips, holidays), and the high-mileage driver (many kilometres, often motorway). Your pattern decides how heavily the next steps weigh — a pure city commuter can largely skip step 3, while a high-mileage driver should let steps 3 and 4 drive the choice.

Step 3 — Range: what is your real winter need? Here is the most important trade-off. Take your longest regular trip with no charging en route and scale it to winter conditions: count on an EV realistically doing about 70-75 % of its WLTP range in winter. If WLTP minus 30 % still covers your trip with margin, the car is ample. If not, step up a model — it is four winters you are committing to. Read the full explanation and rule of thumb in our guide to EV range in winter. Do not choose by the summer figure; winter decides whether the car fits.

Step 4 — Charging: can you charge at home? This single question changes the whole equation. With access to a charger at home — a wallbox or simply a socket you can reach — you charge cheaply overnight, can precondition the car on grid power in winter, and are rarely dependent on public fast charging day-to-day. Then battery size and charging speed weigh less. Without home charging and dependent on public chargers, both long range and fast charging weigh markedly more, because every charging stop costs you time out in town rather than sleep at home. Be honest here — it is the factor most people underestimate.

Step 5 — Family and space: what must the car hold? Finally the physical. How many fixed seats do you need? Isofix for two child seats in the back? Must a pram or bikes fit in the boot? Must the car tow a trailer or caravan? Boot width and height often matter more than total litre volume, and towing weight varies markedly between otherwise similar EVs. This step is typically what either keeps a car on the list or strikes it off entirely — a car that cannot hold your family's everyday life is not a choice, however good the price.

How to use the framework in practice: steps 1 and 2 set the frame (what it may cost, how you drive). Steps 3 and 4 decide the technical requirement (range and charging are linked). Step 5 is the hard filter (space is non-negotiable). Once you have answered all five you effectively have a requirement profile — and then the comparison tables below are no longer an unwieldy list but a tool to find the three or four cars that actually match your profile. Use the headline table for the overview, then dive into the sub-table matching your most important axis.

Best range per price

If your primary lens is how far you get for every krone you pay each month, then range-per-price is the right axis. We compute the ratio as WLTP range divided by starting monthly price — how many kilometres of range you get per krone of monthly payment.

The winners in this category are typically mid-size EVs with efficient platforms. They have batteries in the 60–80 kWh range, modest but still strong motors, and aerodynamics tuned for efficiency rather than wild performance. Performance-oriented models almost always fall down the list here — extra horsepower costs efficiency and therefore real-world range per krone.

The most important lesson in this table is that the most expensive cars rarely win. A premium EV with a 100 kWh battery and 600 km WLTP range sounds impressive, but if the monthly price is double that of a mid-size car with 75 kWh and 450 km, it loses badly on the ratio. You are paying for extra range you rarely use and cabin luxury that does not make you a better driver.

Keep in mind that WLTP range is measured under standardised conditions that are often more optimistic than what you experience on a cold January day on the motorway. Use the number to compare cars to each other — not as a guarantee of how far you will actually drive. The gap between WLTP and real-world range is typically fairly constant across models, so the ratio is still informative even if the absolute numbers are optimistic.

Fastest charging

DC charging speed in kW tells you how fast the car can take in power from a fast charger. It does not matter much in everyday life if you primarily charge at home on a wallbox — but it matters a lot on long trips, where a fast charging stop can be the difference between a 25-minute break and an hour-long stop.

As a rule of thumb: 100+ kW DC charging is fine and covers most needs. 200+ kW is excellent and gives you the fastest charging stops on the market — typically 15–20 minutes from 10% to 80%, where a 100 kW car can take twice as long for the same window. Note though that peak charging speed is rarely held the whole way — in practice the average over a 10–80% session typically lands 30–40% below the advertised peak.

Charging speed also depends on battery temperature and how full the battery already is. From 50% upward the speed often drops markedly. Check reviews of the specific model for real-world numbers rather than spec-sheet peaks alone.

Family-friendly EVs

Family EVs have to do more than just go far. They need room for a pram in the boot, isofix for two child seats in the back, and space for a dog or grandparents in the third row. On longer holiday trips, the range also has to hold up so that you are not planning a charging stop every other hour.

We filter the list below to cars with 5 or more seats and generous boot space. We also set a minimum range requirement of 350 km WLTP, so holiday trips do not require constant charging logistics. Sorting is by starting monthly price — cheapest first — so you can quickly see which family-friendly cars currently have the sharpest leasing deal.

Beyond range and price, several practical details typically decide whether a family EV works in everyday life. Boot width and height matter more than overall litre volume, because a wide pram or a long stroller can become a puzzle in a narrow boot, even if the total cubic measurement looks generous on paper. A low load lip makes it easier to lift heavy items in. A frunk — the front boot many EVs have — is handy for charging cables and small items so they do not eat into the main cargo space.

Note that towing weight varies markedly between family EVs. If you have an existing caravan or trailer, always check the specific model's towing capacity before you choose. Many families only realise after signing that their new EV cannot tow the trailer sitting in the driveway.

Urban compacts

Urban compacts are short, light, and built for short-distance driving — commuting, errands, picking children up from after-school activities. They are short enough that parallel parking on a narrow side street is manageable, and they typically have battery sizes in the 30–50 kWh range, which is more than enough for the 30–60 km a typical city dweller drives in a day.

The upside is price. Urban compacts often sit at the bottom of the private leasing market, and the monthly price can come in below DKK 3,000 a month at 15,000 km annual mileage. That is competitive with a typical used petrol car when you factor in all running costs — and you get a brand new car with full warranty.

Home charging is also simpler on an urban compact. A 35 kWh battery is fully charged in under four hours on a standard 11 kW wallbox, and even on a regular wall socket it is realistic to charge from 20% to 100% overnight. That opens up the option of skipping fast-charger stops in everyday life — you simply top up at home. The low weight also gives a bonus in the cabin: urban compacts typically warm up quickly in winter because there is less cabin volume to heat.

Be realistic about your driving pattern before choosing an urban compact. If you regularly take 400+ km holiday trips, a 35 kWh battery will require multiple charging stops on the way to Germany, and the car drops out of the running quickly. Urban compacts work best as a first or second car for households that primarily drive short distances.

How to use these comparisons

You now have a headline table and four focused sub-tables to work with. Here is how to get the most out of them in three steps:

1. Decide your category. Think about what weighs heaviest in your everyday life. Is it range per krone? Fast charging stops on long trips? Room for the family? Or the lowest monthly price for commuting? If you are unsure, start with the headline table for a general read, and then dive into the sub-table that matches the most important axis for you.

2. Check the relevant sub-table. The sub-tables are live and refresh from our database. That means the offer at the top today might be gone in a week — especially the sharpest campaign offers, where stock cars or special-price deals can expire quickly. Act sooner rather than later on an offer that genuinely stands out.

3. Click through to a specific offer. Once you have a candidate, click through for the full terms — contract length, mileage, down payment, and what is included in the service agreement. Two offers at the same monthly price can have very different total cost of ownership, and that difference only becomes obvious here.

Want to understand the basics of private leasing, see the currently best offers ranked by total cost, or work through the green ownership tax before you choose? Use the related pages below.