As of 2026, charging your electric vehicle at a public station costs roughly between 8 and 16 TL per kWh, while charging at home on a residential electricity tariff brings that figure down to the 3–4.5 TL range. In other words, where and how you charge the same car can change what you pay per kilometer by up to a factor of three.

In this guide, we break down EV charging station prices with up-to-date figures, real-world scenarios, and comparison tables: why the gap between AC and DC is so large, what 100 km actually costs in TL, how much you save compared to a gasoline car, and what to look out for when reading a price tag.

EV Charging Station Prices in Turkey: The 2026 Snapshot

Charging prices in Turkey are set in a free market; each charging network operator publishes its own tariff. As of 2026, the general market ranges look like this:

Charging Type	Power Range	2026 Price Range (TL/kWh)	Typical Use
Home charging (residential tariff)	2.2–11 kW	~2.50 – 4.50	Overnight, long sessions
Public AC	11–22 kW	~8 – 12	Malls, car parks, workplaces
DC fast charging	30–180 kW	~11 – 14	Quick top-ups in the city
DC ultra-fast (HPC)	180 kW and above	~14 – 16.5	Highways, long trips

To give a concrete example, ZES — one of Turkey's largest networks — prices AC charging at 9.99 TL/kWh, standard DC at 12.99 TL/kWh, and its high-power HPC stations at 16.49 TL/kWh in 2026. Operators like Swapp (9.00 TL) and Petrol Ofisi e-POwer (~9.74 TL) sit in the 9–10 TL band on the AC side. Since prices vary by operator, location, and ongoing campaigns, checking the current tariff in the app before you plug in is always the safest move.

The market's scale is worth noting too: according to EPDK (Turkey's energy regulator), the number of commercially operated charging sockets in Turkey reached 46,665 as of July 2026, while the number of electric vehicles based on TÜİK data hit 464,873. In the first half of 2026 alone, licensed stations handled 15.4 million charging sessions and delivered over 392,000 MWh of electricity. As competition grows, so does price transparency — good news for drivers.

Why Is There Such a Price Gap Between AC and DC Charging?

It's the first question anyone asks when looking at the table: it's the same electricity, so why does DC cost nearly twice as much?

Speed, equipment, and operating costs

AC (alternating current) stations are relatively simple devices; they deliver electricity to the car's onboard charger, and the vehicle handles the conversion itself. Power is typically 11–22 kW. Bringing a 60 kWh battery from 20% to 80% usually takes 2–4 hours.
DC (direct current) stations perform the conversion with their own internal power electronics and push high power directly into the battery. On a 60–180 kW DC unit, the same 20%→80% session drops to 20–40 minutes.

A DC unit's capital cost, transformer and switchboard infrastructure, cooling, and maintenance expenses are many times higher than AC. What you pay extra at a DC charger is really the price of time: the cost of filling up in 25 minutes and getting back on the road.

Turkey is increasingly leaning toward DC

EPDK's June 2026 data reveals an interesting picture: of 45,660 charging points, 25,731 are AC and 19,903 are DC. Although AC leads in socket count, the majority of energy consumed comes from fast charging — drivers prefer convenience, and operators are directing most of their new investment toward DC.

The Real Cost: How Much Does 100 Kilometers Cost?

An average electric passenger car consumes roughly 16–20 kWh per 100 km. Let's run the numbers for a car that uses 18 kWh/100 km:

Charging Method	Unit Price	Cost per 100 km
Overnight home charging	~3.50 TL/kWh	~63 TL
Public AC	~9.50 TL/kWh	~171 TL
DC fast charging	~13 TL/kWh	~234 TL
Gasoline car (7 L/100 km)	~55 TL/liter	~385 TL

The conclusion is clear: even in the most expensive scenario — DC fast charging — an electric car costs noticeably less per 100 km than its gasoline equivalent. For a driver who can charge at home, the difference is striking: fuel costs as low as one-sixth of a gasoline car are possible.

Example: monthly costs with a 60 kWh battery

Consider a car with a 60 kWh battery (roughly 400–450 km of range) driving 1,500 km per month:

Mostly home charging: ~270 kWh × 3.50 TL ≈ 945 TL/month
Mostly public AC: ~270 kWh × 9.50 TL ≈ 2,565 TL/month
Mostly DC fast charging: ~270 kWh × 13 TL ≈ 3,510 TL/month
Gasoline equivalent: ~105 liters × 55 TL ≈ 5,775 TL/month

In real life, most drivers use a mixed model: routine charging at home or at work on AC, with DC reserved for long trips and urgent needs. With that mix, monthly costs typically land in the 1,500–2,500 TL band.

Home Charging or Public Stations?

The advantage — and the limits — of home charging

Charging on a residential electricity tariff, at roughly 2.50–4.50 TL per kWh, is by far the cheapest method. Users who switch to a time-of-use tariff and charge after 10 PM can push costs even lower. The limits: you need a detached house or an apartment complex that permits an outlet or wallbox in its parking area, and charging takes time — with a 7.4 kW wallbox, a 60 kWh battery can take close to 8 hours to fill from empty.

The role of public stations

Public networks serve two needs: they're the primary source for those who can't charge at home, and the long-trip and daytime top-up option for those who can. With more than 190 charging brands operating in Turkey, comparing prices matters — the kWh price along the same route can differ by 30–40% between operators.

Charging Station Installation Prices: Owning the Hardware

The second meaning of the search "EV charging station prices" matters too: buying or installing the station itself.

Home AC wallbox (7.4–22 kW): Including the device and standard installation, prices in 2026 range roughly from 20,000 to 60,000 TL. The main factors are power level, tethered vs. socketed design, smart features (app control, load balancing), and the state of your electrical infrastructure.
AC stations for businesses: For a car park, mall, or residential complex, per-device costs for multi-socket AC solutions are similar, but switchboard/wiring infrastructure and potential utility approval processes increase the total budget.
Commercial DC stations: A DC investment of 60 kW or more — including the device, transformer capacity, groundwork, and the electrical project — runs into millions of TL and requires partnering with an operator holding a charging network license.

For businesses and landowners with a suitable location, the practical route is a revenue-sharing model where a charging operator covers the investment and operations; in that case, the installation cost doesn't fall on the property owner.

What Drives Charging Prices — and How to Save

Several variables sit behind the price tag:

Wholesale electricity prices: Electricity is the operators' main input; national tariff updates flow through to charging prices with a lag.
Power level: Within the same network, an HPC socket can cost 2–4 TL more per kWh than standard DC.
Location costs: At high-rent spots like highways and malls, prices trend toward the upper band.
Campaigns and memberships: Many operators offer discounts to app members, during nighttime hours, or at specific locations.
Idle (occupancy) fees: Most operators charge a per-minute fee to drivers who leave their car plugged in after charging ends — at DC stations this usually kicks in after a 15-minute grace period. Moving your car on time protects both your wallet and the next driver in line.

To save money: do your routine charging at home and at night whenever possible, save DC for long trips, compare the current tariffs of 2–3 operators along your route in their apps, and charge to 80% rather than 100% each time (the last 20% means disproportionate time on a DC charger as speed tapers off — and idle-fee risk).

Frequently Asked Questions

How much does 1 kWh cost at an EV charging station?

As of 2026, public AC stations charge roughly 8–12 TL per kWh, DC fast charging runs 11–14 TL, and ultra-fast (HPC) sockets go up to 16.5 TL. Home charging on a residential tariff, at roughly 2.50–4.50 TL/kWh, remains the most economical option.

How much does a full charge cost?

For a car with a 60 kWh battery, a full charge from empty costs roughly 150–270 TL at home, 480–720 TL on public AC, and 660–840 TL on DC fast charging. In practice, since charging is usually done in the 20–80% range, a typical single session costs about half those figures.

Does DC fast charging damage the battery?

In modern vehicles, the battery management system automatically limits charging speed based on temperature and state of charge; occasional DC use falls within normal operation. As a general guideline, manufacturers recommend doing routine charging on AC, saving DC for long trips, and not keeping the battery parked at 100% for extended periods.

Does the charging fee depend on the car?

No — stations bill by the energy you draw (kWh), not by the car's brand. What varies is the vehicle's consumption: a compact car using 14 kWh per 100 km and a large SUV using 22 kWh pay the same unit price at the same station, but their cost per kilometer differs.

Conclusion: With the Right Planning, EVs Are Still a Great Deal

EV charging station prices span a wide range in 2026, but even in the most expensive scenario, driving electric delivers serious savings per kilometer compared to gasoline. The key is building your charging habits deliberately: reserve cheap, slow charging for your routine, and fast charging for when you genuinely need it. You can explore the current stations and prices of the growing ADZE Charge network — more than 50 locations and over 850 sockets across Turkey — at adze.com.

The prices in this article are approximate values reflecting the overall market as of September 2026; current tariffs should be confirmed in each operator's app.

Sources: EPDK July 2026 charging network data (LOG) · EV and socket statistics (Alomaliye) · 2026 AC/DC charging tariffs (DonanımHaber) · Current operator prices (osarj)

EV Charging Station Prices 2026: Current kWh Rates and the Real Cost Guide