How Much an EV Charger Costs in Ukraine: Equipment Prices and Payback (ROI)
The cost of a charging station consists not only of the equipment price, but also of the grid connection, installation and site preparation. Payback (ROI) is calculated simply: divide total investment by net monthly income to get the number of months to recoup your investment.
An exact price only comes from costing a specific project, but you can learn the calculation logic once and apply it to any station. Let’s break down what the costs consist of and how to estimate payback with a real example.
What makes up the full cost
The beginner’s mistake is looking only at the station’s price tag. The real investment is the sum of several components:
- Equipment — the station itself. The higher the power, the more expensive: an AC box costs many times less than a powerful DC.
- Grid connection — cable, breakers, sometimes a dedicated line or a capacity increase. For powerful DC this is a significant item.
- Installation and commissioning — labour, a foundation for the pedestal, configuration.
- Billing platform — a subscription to the management and payment system.
The payback formula
The basic formula is simple:
Payback (months) = Total investment ÷ Net income per month
where Net income = (selling price per kWh − cost per kWh) × kWh sold per month − monthly expenses.
A worked example
Take a mid-power DC station, for example the Grasen T60 (60 kW, 2 ports). Plug your real numbers into the formula:
| Parameter | Value |
|---|---|
| Total investment (equipment + installation + connection) | [INSERT: your amount] |
| Cost per 1 kWh (electricity tariff) | [INSERT: per kWh] |
| Selling price per 1 kWh to the driver | [INSERT: per kWh] |
| Margin per 1 kWh | selling price − cost |
| kWh sold per month | depends on traffic |
| Monthly expenses (connectivity, billing, maintenance) | [INSERT: amount] |
The more sessions per day, the more kWh sold and the shorter the payback. So the same T60 at a busy location pays off many times faster than in a quiet spot.
What shortens payback
- Location traffic — the main lever. More cars = more sessions.
- Extra income — an advertising screen (as on the Grasen S120) brings revenue on top of charging.
- The right power — overpaying for excess kW that go unused only extends payback.
- A lower electricity tariff — overnight storage charging or own generation lowers the cost base.
What extends payback (risks)
To be sober: payback stretches out if you overestimate traffic, install too powerful a station “for growth,” or fail to account for connection costs (for DC these can be comparable to the equipment price itself). That’s why a calculation for your specific location matters more than average figures from the internet.
You can pick a station to match your budget and traffic in the DC fast chargers catalog and among the Grasen commercial AC stations.
Frequently Asked Questions (FAQ)
How much does a charging station cost in Ukraine?
The range is wide: a home AC box costs many times less than a powerful DC station. Connection and installation must be added to the equipment price, so the final figure is always costed per specific project.
How long does a charging station take to pay off?
It depends on traffic, tariff and power. The formula is investment divided by net monthly income. At a busy location the period is noticeably shorter than at a quiet one.
Which is more expensive — the equipment or the connection?
For AC stations the main item is equipment. For powerful DC, the grid connection cost can approach the station price itself, so it must be built into the calculation from the start.
How do I lower the cost of charging?
Reduce the electricity purchase tariff: charge a storage system overnight at a lower rate or use your own generation. This increases the margin on each kWh.
