What does it actually cost to install a DC fast charger, and how long before it pays for itself? The short answer: budget somewhere between 1.5 and 4 million TRY including hardware and infrastructure, and expect payback anywhere from 2.5 to 6 years depending on how many kWh the unit actually sells. The longer answer is this: an EV charging station investment is driven far less by the price of the hardware than by location, transformer capacity and utilisation. Below are the real numbers, the way to model them, and the mistakes we see most often in the field.

Why the picture has changed in Türkiye

In 2022 there were only a few thousand EVs on the road here. Today the number of registered electric cars in Türkiye runs into the hundreds of thousands, and in certain months electric models have taken more than 15% of new car sales. Togg's contribution to volume, aggressive pricing from Chinese brands, and a tax structure that still favours electric drivetrains are the main forces behind that curve.

On the charging side, EPDK figures put the national socket count in the tens of thousands, growing at a high double-digit annual rate. The critical point for an investor is this: vehicles are being added faster than sockets. The ratio the industry considers healthy is roughly one socket per ten vehicles, and Türkiye is still short of it. Demand is running ahead of supply — but not everywhere. Parts of Istanbul have already reached DC saturation.

Investment cost: AC or DC?

An EV charging station investment splits into two completely different business models. AC slow charging means "charge where you park"; DC fast charging means "top up while you travel". The costs, the revenue and the customer are different in each case.

Item	AC 22 kW (2 sockets)	DC 60–90 kW	DC 150–180 kW
Hardware (approx.)	₺60,000 – 150,000	₺900,000 – 1,600,000	₺1,800,000 – 3,000,000
Electrical infrastructure / cabling	₺30,000 – 100,000	₺250,000 – 600,000	₺400,000 – 900,000
Transformer / capacity upgrade	Rarely needed	Often needed	Almost always needed
Civil works (excavation, concrete, posts, surroundings)	₺20,000 – 60,000	₺150,000 – 400,000	₺200,000 – 500,000
Realistic total budget	~₺150,000 – 300,000	~₺1,400,000 – 2,600,000	~₺2,500,000 – 4,400,000
Typical charge time (20%→80%)	4 – 8 hours	35 – 50 minutes	18 – 30 minutes
Realistic daily throughput	15 – 60 kWh/socket	120 – 400 kWh	250 – 700 kWh

These figures swing considerably with hardware brand, exchange rates and site difficulty. A firm budget always requires an on-site survey.

The quiet advantage of AC

The appeal of an AC unit isn't that it's cheap — it's that the risk is low. If a ₺150,000 AC unit sells 40 kWh a day at a net contribution of ₺2 per kWh, it generates around ₺2,400 a month and pays for itself in roughly five years. That sounds unremarkable. But spread the same investment across 20 residential complexes and what you've built isn't a set of individual chargers — it's a network effect: users get used to seeing you in the app, and they pick you when they need DC too.

Residential complexes, office car parks and long-stay mall levels are AC's natural home. Cars already sit there for three to eight hours; fast charging isn't needed.

DC: high revenue, expensive mistakes

With DC, the make-or-break constraint is transformer capacity. A 180 kW unit simply won't run on most commercial connections at the power it draws; you'll need a capacity upgrade and sometimes a dedicated transformer. The most expensive mistake we see in the field is buying the hardware first and only then hearing "the transformer isn't enough" — that can delay a project by six months and inflate the budget by 40%.

The second constraint: standby losses. A DC unit consumes electricity for cooling and control circuits even when it's idle. A low-utilisation DC station can run a few thousand lira in the red every month on standby consumption alone.

Where the revenue comes from

Charging station revenue has three components:

1. kWh margin (85–95% of revenue). The spread between your selling price and your cost of supply. As of 2026 in Türkiye, AC pricing for end users sits around 8–11 TRY/kWh and DC around 11–15 TRY/kWh. Commercial supply cost, including distribution charges and taxes, runs roughly half to two-thirds of that. So gross margin typically lands at 3–5 TRY per kWh. From that you deduct the site owner's commission (typically 10–25% of revenue), the CPMS/infrastructure fee and payment processing.

2. Occupancy (idle) fees. A per-minute charge for drivers who leave their car plugged in after charging completes. Operationally vital on DC: a single forgotten cable costs you three or four sessions a day. It's small as a revenue line, but its real value is that it protects utilisation.

3. Ancillary revenue. Advertising on the unit, the footfall it drives into the site (shop, café), and roaming revenue from other operators.

A concrete payback calculation

Picture a 150 kW DC station built for 3 million TRY. Say it sells an average of 300 kWh a day and leaves a net contribution of 3 TRY per kWh after the site owner's commission:

Daily contribution: 300 × 3 = ₺900
Monthly contribution: ~₺27,000
Fixed costs (maintenance, SIM/connectivity, standby draw, insurance): ~₺5,000
Monthly net: ~₺22,000
Simple payback: 3,000,000 / 22,000 ≈ 136 months

That number shocks investors — and it's correct. Because 300 kWh a day is low utilisation for a 150 kW unit; theoretically it could sell 3,600 kWh a day, so that's 8% utilisation. Push the same unit to 900 kWh a day:

Monthly net: ~₺76,000 → payback around 40 months

The difference doesn't come from the hardware. It comes from the location. That is the single variable that determines profit in an EV charging station investment.

Choosing a site: the real decision point

Criteria that hold up in practice:

Through-traffic or destination? Intercity roadside, industrial zone entrances, airport routes → DC. Residential complexes, offices, hotels, hospital car parks → AC.
Visibility and easy access. A unit that can't be seen from the road loses roughly a third of its revenue. Think about manoeuvring room and where the charge port sits on the car (some are front, some rear).
24/7 access. A car park that closes at night wipes out half of a DC unit's earning hours.
Competitive density. If there are three DC stations within a 2 km radius, the maths on being the fourth is hard — you'll end up cutting price.
Distance to the transformer. The difference between 50 metres and 300 metres is several hundred thousand lira in cabling.

A simple rule: if you can't forecast at least 8–10 sessions a day for DC, or 4–5 sessions per socket per week for AC, don't take the site.

Regulation: licence or certificate?

Charging services in Türkiye are regulated under EPDK's Charging Service Regulation, and there are two routes:

Charging network operator licence: required if you want to run a network under your own brand. The regulation sets a minimum number of charging units and requires presence in more than one province, plus security deposits and licence fees. For a small investor this is usually a heavy path.

Charging station certificate: you sign an agreement with a licensed charging network operator and run your station as part of their network. The certificate is obtained through the operator. The large majority of small and mid-sized investors use this model: you provide the hardware and the location, and the network operator handles software, payments, invoicing and the regulatory burden.

On top of that, you'll need a connection opinion from the electricity distribution company, project approval where required, and a business licence. The regulation is updated regularly, so always verify the current EPDK text before applying.

The five most expensive mistakes

Buying the hardware before asking about the transformer. The order should always be the reverse: connection opinion → confirmed capacity → hardware order.
Cheap hardware, expensive downtime. A DC unit from a brand with no service network waits three weeks for spare parts. Three weeks of downtime is roughly 60–70 thousand lira in lost revenue.
Treating remote monitoring as optional. If you find out a unit is offline from a customer complaint, that day is already lost. A monitoring layer that flags faults within minutes is the only real antidote to lost revenue.
Pricing against competitors instead of against cost. A price set without accounting for distribution charges and peak/day/night tariff differences can turn into a loss during evening hours.
A vague contract with the site owner. Commission rate, who holds the electricity account, term, unilateral termination, annual kWh thresholds — all of it needs to be in writing.

Frequently asked questions

What's the minimum budget for a charging station investment? You can start with a single 22 kW AC unit at a suitable residential or commercial site for roughly ₺150,000–300,000. That covers the unit, the distribution board, cabling and installation, assuming no transformer work is needed. An investor moving into DC will find it very hard to build a realistic project for under 1.5 million TRY including infrastructure.

Who should hold the electricity account — me or the site owner? Both models exist in the market. If the investor buys the electricity, they control the margin but also carry the tariff risk; if the site owner buys it, they usually accept a lower commission. Our recommendation: meter the consumption separately. Arrangements that share a common meter almost always turn into disputes as revenue grows.

How many years does a DC station take to pay back? It depends on utilisation. A DC unit selling 200–300 kWh a day faces a punishing 8–10 year horizon, while a strong location doing 800–1,000 kWh a day brings that down to 3–4 years. The investment decision should be driven by "how many kWh a day will I sell at this spot", not "how much does the hardware cost".

Can I do this without building a network under my own brand? Yes. Connecting to a licensed charging network operator and running a certified station is the most common approach. The operator carries the regulatory, payment, mobile app, customer support and roaming load; you invest in hardware and location and share the revenue. As you scale, you can reassess moving to your own licence.

Conclusion: you're buying an operation, not a box

An EV charging station investment isn't a property you install once and forget; it's an operation whose performance has to be watched every single day. Three things determine profit: the right location, uptime, and pricing built on cost rather than on what the competitor charges. The hardware brand is secondary to all three.

As long as the EV fleet keeps growing in Türkiye, this business will grow with it — but the growth will land in the pockets of operators who manage their investment with data. Monitoring more than 850 sockets across 50+ locations every day at ADZE Charge has taught us one thing: what makes the difference isn't how many units you install, it's how many minutes it takes you to notice a fault.

EV Charging Station Investment: Costs, Revenue and Payback Guide (2026)