If you're considering buying an electric vehicle or have just bought one, the first question on your mind is probably this: how much does charging an EV at home actually cost? The short answer: charging on a residential electricity tariff is typically 2–3 times cheaper than public charging stations, and up to 5 times cheaper than fueling a gasoline car. In this guide, we'll walk through how the math works, which factors change your bill, and how to bring the cost down even further — with concrete examples.

How to Calculate the Cost of Charging an EV at Home

The calculation comes down to a single formula:

Charging cost = Energy charged (kWh) × Electricity unit price (per kWh)

You only need to know two things: your car's battery capacity (or its energy consumption per 100 km) and the price you pay per kWh of electricity at home.

Electricity unit price: tiered tariffs matter

In Turkey, residential electricity is billed on a tiered tariff: if your monthly consumption stays below a certain threshold, you pay the lower tier; anything above it is billed at a higher rate. As of 2026, residential electricity including taxes runs roughly 2.5–4 TRY/kWh depending on the tier.

Here's the critical point: an electric vehicle significantly increases a household's monthly consumption. A car driven 1,000 km per month adds roughly 170–200 kWh of extra load to the home. That's enough to push many households past the lower-tier threshold, meaning part of your charging gets billed at the higher rate. For a realistic average, using around 3 TRY/kWh in your calculations is a sensible assumption.

Example calculation: a car with a 60 kWh battery

Popular EVs in Turkey (such as the Togg T10X, Tesla Model Y, BYD Atto 3, and Renault Megane E-Tech) typically have battery capacities in the 50–80 kWh range. Let's work with a 60 kWh battery:

Full charge (0 → 100%): 60 kWh × 3 TRY ≈ 180 TRY
Range on that charge (at an average consumption of 17 kWh/100 km): around 350 km
Cost per 100 km: 17 kWh × 3 TRY ≈ 51 TRY
For 1,500 km per month: approximately 765 TRY

For comparison: a gasoline car burning 7 liters per 100 km, with fuel prices now above 50 TRY per liter, spends over 350 TRY per 100 km. The same 1,500 km of monthly driving costs more than 5,000 TRY in a gasoline car. Over a year, the difference adds up to tens of thousands of lira.

Home Charging vs. Public Stations vs. Gasoline: Cost Comparison

Here's what the same 100 km costs, approximately, across different scenarios:

Scenario	Unit price (approx.)	Cost per 100 km	Full 60 kWh charge
Home charging (residential tariff, average)	3 TRY/kWh	~51 TRY	~180 TRY
Home night charging (time-of-use tariff)	1.5–2 TRY/kWh	~26–34 TRY	~90–120 TRY
Public AC station	8–9 TRY/kWh	~136–153 TRY	~480–540 TRY
Public DC fast charging	9–13 TRY/kWh	~153–221 TRY	~540–780 TRY
Gasoline car (7 L/100 km)	50+ TRY/L	~350+ TRY	—

Prices are approximate figures based on 2026 conditions in Turkey; tariffs vary by operator, distribution region, and period.

The conclusion from the table is clear: the most efficient usage model is doing your routine charging at home and topping up at public DC stations on long trips. This economics is exactly why home charging becomes the main base in EV owners' charging habits — while the public network steps in for intercity travel and for those without home charging access.

Factors That Affect the Cost of Charging an EV at Home

1. Tariff type: flat rate or time-of-use?

Residential subscribers in Turkey can opt into a time-of-use (three-period) tariff. Under this tariff, the day is split into three periods, and electricity between 22:00 and 06:00 is significantly cheaper — it can drop to roughly half the daytime price. For an EV owner, this is a perfect fit: the car charges overnight while it's parked anyway. By setting a timer on your charger or in your car, you can automatically shift charging into the night window. In the example above, the 180 TRY full charge drops to the 90–120 TRY range on the night tariff.

One thing to watch out for: on the time-of-use tariff, daytime and especially evening hours (the 17:00–22:00 "peak" period) are more expensive. If your household's overall consumption is concentrated in the evening, it's worth running a rough calculation before switching.

2. Your car's consumption and driving profile

A compact EV driven calmly in the city can run at 13–15 kWh/100 km, while a large SUV at highway speeds can consume 20–22 kWh/100 km. In winter, heating pushes consumption up by 15–25%, which translates directly into charging costs.

3. Charging efficiency (losses)

Not every kWh drawn from the outlet makes it into the battery. With AC charging, losses of around 8–12% from conversion and heat are normal. In other words, filling a 60 kWh battery pulls roughly 65–67 kWh through the meter. It's realistic to factor this margin into your calculations. With low-power outlet charging (2.2–3.7 kW), the loss rate is somewhat higher than with a wallbox, because the car's electronics stay powered on for longer.

4. The tiered tariff threshold

As mentioned above, the extra consumption from your car can push your household into the upper tier. If your monthly mileage is high (2,000+ km), a substantial share of your charging will be billed at the upper-tier price. Switching to the time-of-use tariff largely offsets this effect.

Home Charging Times: How Long Does It Take With Each Setup?

The second most common question after cost is time. Approximate charging times for a 60 kWh battery:

Charging method	Power	10% → 100% time
Household outlet (portable cable)	2.2–3.7 kW	16–25 hours
Single-phase wallbox	7.4 kW	7–8 hours
Three-phase wallbox	11 kW	5–6 hours
Three-phase wallbox (on supported cars)	22 kW	2.5–3 hours

For an average driver covering 40–60 km per day, even overnight outlet charging can be enough; but for comfort and efficiency, the standard solution is a 7.4 or 11 kW wallbox. Note: many EVs accept a maximum of 11 kW on the AC side — check your car's AC charging limit before buying a 22 kW unit.

Wallbox Installation: How Much Is the Upfront Cost?

While the running cost of home charging is low, there is a one-time installation investment:

Wallbox unit: roughly 15,000–45,000 TRY depending on brand and features
Electrical wiring and installation: typically 5,000–20,000 TRY including cable runs, residual current device, circuit breaker, and labor (varies with distance to the panel and the building's wiring condition)

If you live in an apartment building, installing a charger in the parking area requires approval from the homeowners' association; connecting the meter to your own subscription is essential for accurate billing. In a detached house, the process is much simpler.

A rough payback calculation: a driver saving around 300 TRY per 100 km compared to gasoline keeps about 4,500 TRY in their pocket each month at 1,500 km. An installation investment of 30,000–50,000 TRY pays for itself in under a year in most scenarios.

4 Practical Ways to Lower Your Home Charging Costs

Switch to the time-of-use tariff and charge at night. The single most effective step; it can nearly halve your per-kWh charging cost.
Use a timer. Schedule charging for after 22:00 via your car or wallbox app; avoid the "plug in as soon as you get home" habit that lands right in the evening peak.
Charge to 80%, not 100%. Staying in the 20–80% band for daily use both extends battery life and skips the least efficient (slow and lossy) final stretch of the charge.
Combine with rooftop solar. If you have solar panels on a detached house, charging with daytime-generated energy pushes the unit cost even lower; in the long run, this combination delivers the cheapest kilometers of all.

Frequently Asked Questions

How much does charging an EV at home cost per month?

For a car driven 1,500 km per month at 17 kWh/100 km, it's roughly 750–850 TRY on the standard residential tariff, and around 400–500 TRY with night charging on the time-of-use tariff. Your mileage, your car's consumption, and your tariff directly change this figure.

Is charging from a regular household outlet safe?

If the wiring is sound and properly grounded, the portable charging cable that comes with the car (Mode 2) works safely at low power (typically 2.2–3.7 kW). However, prolonged high loads on old wiring create a risk of overheating. For regular use, a wallbox with a dedicated circuit and protective equipment is both safer and 3–4 times faster. Charging via extension cords or power strips is strongly discouraged.

Will an EV push my household electricity bill into a higher tier?

Yes, it can. Because of the tiered structure of residential tariffs, the extra 150–250 kWh per month your car adds can push your household past the lower-tier threshold. In that case, the excess is billed at a higher unit price. Switching to the time-of-use tariff and shifting charging to nighttime largely balances out this effect.

Which makes more sense: charging at home or at a public station?

For routine daily use, home charging is by far more economical (around 3 TRY per kWh versus 8–13 TRY at a station). Public stations play a different role: DC fast charging that adds hundreds of kilometers of range in 20–30 minutes on intercity trips, and access for those who can't charge at home. The two methods aren't rivals — they complement each other.

Conclusion

With the right tariff and a few simple habits, the cost of charging an EV at home comes down to as little as 30–50 kuruş per kilometer — a world entirely apart from gasoline-car economics. The formula is simple: switch to the night tariff, schedule your charging, and use the DC fast charging network on long trips. For your intercity journeys, you can add the growing ADZE Charge network to your route — with more than 50 locations and over 850 sockets across Turkey.

Home EV Charging Costs: An Up-to-Date Calculation Guide (2026)