September's most talked-about automotive number didn't come from a model launch — it came from the used car market: in Turkey, used electric cars are now listed an average of 20.3% below the current new-car list price of the same model. According to VavaCars' analysis, which reached the press on 21 September 2026, that gap ranges between 15% and 30% for internal combustion cars — meaning EVs sit squarely in the middle of the overall average, painting a "normalised" picture for the first time.

That's important news for drivers who want to go electric but find new-car prices too steep. Savings of 300,000–700,000 TL are genuinely available on the used market. But the variables that set the price of an electric car aren't the same ones that set the price of a petrol car. On an EV, mileage and accident history are joined by battery health, remaining battery warranty, real-world range and charging capacity. Below we look at the numbers first, then tackle the question from a charging operator's perspective: what should you actually check on the charging side when buying a used EV?

The headline number: three reasons behind the 20.3% gap

1. New-car discounts are dragging used prices down

When new car sales came in below expectations in 2026, brands and dealers turned to campaigns. September's price lists included discount campaigns exceeding 700,000 TL on a single model. Used prices always form in the shadow of new prices: when the real "drive-away" price of a new car falls, the fair price of a two-year-old example automatically falls with it.

2. The excise tax bracket puts a ceiling on prices

In Turkey, the tax on an electric car depends on motor power and the pre-tax base: models under 160 kW are taxed at 25% or 55% special consumption tax, while those above 160 kW face 65% or 75% — with 20% VAT on top. That's precisely why brands deliberately keep their models below 160 kW.

The result is striking: 9 out of every 10 electric cars sold in the first eight months of 2026 fell into the 160 kW-and-below power class. Sales in this group rose 7.3% year on year, and their share of the total car market climbed from 13.5% to 16.8%. An abundance of new cars in the low tax bracket simply doesn't leave room for used prices to rise.

3. The pace of technology

Three years ago, 250 km of range was "normal." Today, new models in the same price band promise over 400 km and twice the DC charging speed. Buyers know an older-generation car charges more slowly, so they demand a discount. As Turkey's EV fleet passes 470,000 vehicles, that uncertainty is fading; the industry expects used-car valuation to become far more predictable as the fleet grows.

VavaCars Commercial Group President Serdıl Gözelekli's assessment points the same way: "When current new-car prices, tax brackets and vehicle-specific features are assessed together, a healthier pricing picture emerges."

The real issue with a used EV: battery health (SoH)

On a petrol car you ask "is the engine sound?" The EV equivalent is SoH (State of Health) — what percentage of its original capacity the battery still holds. A 60 kWh battery at 90% SoH means roughly 54 kWh of usable capacity in practice, and range drops by the same proportion.

The industry-standard battery warranty is 8 years or 160,000 km (whichever comes first), and for most brands the warranty threshold is 70% SoH. In other words, if your battery drops below 70% while still under warranty, the manufacturer repairs or replaces it. That makes two questions essential when buying used:

How many years / kilometres of warranty are left on the car?
Is there a dated battery health report from an authorised service centre?

That report is no longer a luxury; it's a document that feeds directly into used-car valuation. On a 3–4 year old EV sold without one, your negotiating room should be noticeably wider than on a car that has it.

Six technical details to check on the charging side

These are the items that don't appear in the listing but have the biggest impact on daily use and total cost of ownership:

Check	Why it matters	Good result
DC peak charging power	Determines how long you queue on long trips	100 kW or more
AC charging power / phase count	A single-phase car can't speed up on a three-phase station	11 kW (3-phase)
Connector type	CCS2 + Type 2 is today's standard	CCS2 / Type 2
Heat pump	Substantially reduces winter range loss	Fitted
Battery preconditioning	Prevents DC charging speed from collapsing in the cold	Fitted / automatic via navigation
Battery health report	Shows remaining capacity and warranty risk	Issued within the last 6 months

AC phase count in particular gets overlooked: a single-phase (7.4 kW) car plugged into a 22 kW AC unit at a residential complex or shopping centre still can't exceed 7.4 kW. Likewise, a car without preconditioning can see half its catalogue power at a DC station it arrives at with a cold battery in January.

The real running cost of a used EV: doing the charging maths

The charging bill you'll pay over a year matters as much as the purchase price. As of September 2026, public station prices in Turkey fall into these bands depending on operator and location:

AC charging: roughly 6–12 TL/kWh
DC fast charging: roughly 9–16 TL/kWh (average around 13.6 TL/kWh)

Taking a 60 kWh battery from 20% to 80% means 36 kWh of energy. Here's how the bill changes:

Charging type and unit price	Cost of 36 kWh (20%→80%)
AC, 6 TL/kWh	~216 TL
AC, 12 TL/kWh	~432 TL
DC, 9.90 TL/kWh	~356 TL
DC, 13.62 TL/kWh (average)	~490 TL
DC, 16.49 TL/kWh (upper band)	~594 TL

The price of the same energy varies by up to two and a half times based purely on where you charge. For a compact EV consuming 17 kWh/100 km, that works out to roughly 230 TL per 100 kilometres at the average DC price, and around 150 TL on a favourable AC tariff. For a driver covering 20,000 km a year, that difference alone can rival the savings from a hard-fought used-car negotiation.

There's one more line item: the idle (occupancy) fee. If you don't unplug once charging finishes, many operators charge up to 10 TL per minute on DC connectors. Managing the charging of your bargain used car on a "I'll come back for it later" basis hands back everything you saved.

Add 25 minutes to the test drive: a practical charging test

The cheapest diagnostic you can run before buying a used EV is to take it to a DC station:

Arrive at the station with the battery at around 20–30% state of charge (low charge is where peak power shows up).
Start the session and note the instantaneous kW figure in the first five minutes. If it's well below the car's catalogue peak, ask why: battery temperature, or degradation?
Wait until 50% and time how long it takes. A rough sanity check: on a 60 kWh battery, 20%→50% is 18 kWh; at an average 100 kW that's about 11 minutes.
Take the estimated range on the display, scale it up to a full charge, and compare it with the WLTP figure. In real-world use, 10–20% below WLTP is normal; a deviation above 30% raises questions about the battery or driving habits.
At the end of the session, record how many kWh were delivered from the receipt or the app: a large gap between what the car reports and what the station billed is a clue about charging efficiency and battery condition.

Those 25 minutes can shift your negotiating position by 300,000 TL.

Frequently asked questions

Are used electric cars really 20% cheaper? On average, yes: current analysis puts used EV prices 20.3% below new list prices. But that's an average. Model year, mileage, equipment, remaining battery warranty and the excise tax bracket widen or narrow the gap on a car-by-car basis.

Does the battery warranty transfer to a used buyer? The industry-standard 8-year / 160,000 km battery warranty is generally tied to the vehicle, and the remaining term passes to the new owner — provided the scheduled authorised-service maintenance has been carried out. Get the service history and remaining warranty term confirmed in writing before you buy.

How far does battery health have to fall before the warranty kicks in? For most brands the threshold is 70% SoH. If the battery drops below 70% of its original capacity while under warranty, the manufacturer repairs or replaces it. Any loss above 70% counts as "normal degradation" and isn't covered — so a battery hovering in the 80s with a warranty about to expire should be reflected in the price.

Why does an older electric car charge slowly at the station? Three usual reasons: the car's DC peak power is low to begin with (50 kW, for example); the battery is cold and there's no preconditioning; or the state of charge is above 80%, where every car automatically throttles its own power. The sensible fast-charging strategy is to plug in at 10–20% and leave at 80% — the final 20% is the most expensive and slowest part of the session.

Conclusion: a good window for buyers who ask the right questions

The September 2026 picture turns a used electric car from a "risky adventure" into a measurable purchase. With three documents in hand, the negotiating power is yours: service history, a dated battery health report, and confirmation of remaining warranty. Add the car's charging capabilities — DC peak power, AC phase count, heat pump — and that 20% discount becomes a real discount. Without them, the first winter's range loss and slow charging will claw the difference back with interest.

Once you've bought your used car, the single biggest factor in your day-to-day costs will be where you charge. That's exactly where the ADZE Charge network comes in, offering AC and DC options side by side across more than 50 locations and over 850 sockets nationwide.

Cover image: Zalasem1 (Wikimedia Commons) — CC BY 4.0 — https://commons.wikimedia.org/wiki/File:Electric_car_charging_station,_Batman_(Turkey).jpg

Used EVs Now Sell 20.3% Below New: Bargain or Risk? (September 2026)