The motor vehicle statistics released by TurkStat on 18 September 2026 showed that Turkey has crossed a new threshold in its shift to electric mobility. As of the end of August, the number of registered electric cars on Turkish roads reached 472,157. A year earlier, that figure stood at 308,217 — a 53.2% increase in twelve months.

That is a headline on its own. But the real question sits underneath it: as tens of thousands of new electric cars hit the road every month, is the infrastructure needed to charge them growing at the same rate? Charging network data published by Turkey's energy regulator EPDK in the same week answers that question in numbers. Below, we place the two datasets side by side and work out what they mean in practice for an EV driver.

TurkStat data: from 565 to 472,000 in eleven years

The growth curve of Turkey's electric car fleet is a textbook example of how fast technology adoption can move in this market:

Period	Electric cars registered
2015	565
End of 2024	183,776
End of 2025	370,591
August 2026	472,157

In the eight months from the end of 2025 to August 2026, the fleet grew by 101,566 vehicles — an average of roughly 12,700 new electric cars per month.

Electric cars now account for 2.62% of the total car fleet. That may sound modest, but it is worth remembering the share was well under 0.1% in 2015. The hybrid picture is even more striking: as of August 2026 there are 896,270 registered hybrid cars, making up 4.97% of the fleet. Taken together, electric and hybrid cars now represent roughly one in every 13 cars in Turkey.

EPDK data: 48,649 charging points, 21,116 of them DC

The charging side is moving fast too. According to EPDK figures, the total number of charging points in service nationwide has reached 48,649, broken down as follows:

AC (standard charging) points: 27,533
DC (fast charging) points: 21,116

What stands out here is the DC share. 43.4% of the entire network consists of fast-charging points — a high ratio compared with many European countries. It shows that Turkey's charging network has been built less around the "park at home or the office and fill up overnight" model and more around "top up in 20–30 minutes while you're on the road." In a country where installing a private charge point in an apartment or residential complex car park is still a hassle, that choice is hardly surprising.

Here is how hard the network worked in August:

More than 3,527,000 charging sessions
97,469 MWh of total electricity consumed
An average of 27.63 kWh per session
Daily peak consumption hour: 16:00–17:00, at 6,496 MWh
Busiest day of the week: Saturday, 17,535 MWh

On top of that, 60,621 MWh (62.20%) of the energy consumed came from green charging stations backed by renewable energy certificates (YEK-G). In other words, roughly 6 out of every 10 kWh drawn from a public station in Turkey is certified renewable electricity.

Growth was just as rapid in the first half of the year

EPDK's half-year report, published on 20 July 2026, makes the momentum even clearer. In the first six months of 2026:

Charging points rose to 45,660 (25,731 AC, 19,903 DC, 26 mobile units)
392,252 MWh of electricity was consumed — a 153.5% increase over the 154,723 MWh recorded in the first half of 2025
15.4 million charging sessions took place (H1 2025: 7.8 million — a 96.6% increase)
Total charging time reached 17.6 million hours (H1 2025: 7.4 million hours — a 137.4% increase)

The most important detail here: consumption (+153.5%) grew far faster than session count (+96.6%). Drivers are charging more often and taking more kWh each time. That is a strong signal that the batteries joining the fleet are getting bigger, and that the electric car has stopped being a "second car for city driving" and become the primary vehicle.

The real question: is the infrastructure keeping up?

Let's divide the two datasets into each other.

Vehicles per charging point: 472,157 ÷ 48,649 = roughly 9.7 cars per socket. Looking at fast charging alone: 472,157 ÷ 21,116 = roughly 22.4 cars per DC socket.

A race between growth rates: the point count went from 45,660 at the end of June to 48,649 in August — 2,989 new points in two months, or about 1,495 per month. Over the same period the vehicle fleet grew by around 12,700 per month. That works out at roughly 8.5 new cars for every new charging point. Since the current average is 9.7, infrastructure growth is running slightly ahead of vehicle growth. That is good news for Turkey's charging network; in most countries this ratio moves in the opposite direction.

Utilisation per socket: 3,527,000 sessions ÷ 48,649 points = about 72.5 sessions per month, or 2.3 charges per socket per day. On average, then, the network is not congested. But averages can mislead: the fact that consumption peaks between 16:00 and 17:00 and that Saturday is the busiest day means congestion is concentrated in specific hours and locations. That is precisely why you might find a queue at a motorway DC station on a Saturday afternoon.

What do these numbers mean for your wallet?

The average of 27.63 kWh per session is a useful anchor for understanding everyday use. That is about 46% of a 60 kWh battery — meaning the typical user isn't filling up from empty, but topping up to around half wherever they happen to stop.

As of September 2026, public charging prices in Turkey sit roughly in these bands, depending on the operator and power output:

AC (standard) charging: approximately 6–12 TL/kWh
DC (fast) charging: approximately 9–16 TL/kWh

Applying those bands to the average session size, a single typical charging stop looks like this:

Charging type	Average session	Approximate cost
AC (~10 TL/kWh)	27.63 kWh	~276 TL
DC (~13 TL/kWh)	27.63 kWh	~359 TL

So how far does that energy take you? Assuming an average electric car consumes roughly 17 kWh per 100 km, 27.63 kWh translates into about 160 km of range. Every charging stop, in other words, buys the driver roughly the distance from Istanbul to Bursa.

One more calculation: divide August's 97,469 MWh of public network consumption by 472,157 vehicles and you get about 206 kWh per car per month — roughly 1,200 km of driving. That tells us EV owners in Turkey are covering most of their mileage not from home charging, but from the public network. Given how limited charging options still are in apartment and residential car parks, the importance of that network only grows.

What's changing on charging times?

DC points climbing to 43% of the total network has changed one thing in practice: most 2026-model electric cars now complete a 10–80% charge in the 20–30 minute range. The BYD Atto 2, sold in Turkey's compact segment, takes its 45.12 kWh Blade battery from 30% to 80% in 28 minutes on a 65 kW DC charger; the Hyundai Inster goes from 10% to 80% in 30 minutes. Both support 11 kW three-phase AC charging, which means roughly 4.5 hours for a full charge.

The practical rule of thumb: plan DC stops short and AC stops long. AC while you're shopping, working or eating; DC while you're covering distance. The network's 27,533 AC and 21,116 DC points exist precisely to serve those two different needs.

Frequently Asked Questions

How many electric cars are there in Turkey? According to TurkStat data published on 18 September 2026, there were 472,157 registered electric cars as of the end of August 2026. That is a 53.2% increase year-on-year and equal to 2.62% of the total car fleet.

How many charging points are there in Turkey, and how many are fast chargers? EPDK data shows 48,649 charging points in service. Of these, 27,533 are AC (standard) and 21,116 are DC (fast) charging points — meaning 43.4% of the network offers fast-charging capability.

Are there queues at charging stations? On average, no: each socket handles around 2.3 charging sessions per day. But usage isn't evenly spread. EPDK data puts the daily peak between 16:00 and 17:00 (6,496 MWh), with Saturday the busiest day of the week (17,535 MWh). Congestion concentrates in those hours and days, particularly at DC stations along motorway routes; shifting your charging to the morning or to weekdays cuts waiting times considerably.

How much does one charge cost? The Turkish average session is 27.63 kWh. At September 2026 rates (AC 6–12 TL/kWh, DC 9–16 TL/kWh), that works out at roughly 276 TL on AC and roughly 359 TL on DC, giving an average car about 160 km of range. The exact amount depends on the operator, the station's power output and your vehicle's efficiency.

Conclusion: the numbers say infrastructure is winning

472,000 vehicles and 48,000 charging points; a 53% rise in vehicles over a year and a 153% rise in energy consumption over six months. Read together, these figures paint a clear picture: the shift to electric vehicles in Turkey has moved past the "early adopter" stage, and the charging infrastructure — for now, at least — is managing to keep pace. The critical factor is less about increasing the number of points and more about having capacity in the right place at the right time.

Whenever you need a reliable charging point on the road or in the city, you can use ADZE Charge's 850-plus sockets across more than 50 locations throughout Turkey.

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

Turkey's EV Fleet Passes 472,000: Is the Charging Network Keeping Pace?