How many are actually out there
According to registration data, the number of pure electric vehicles in Bosnia and Herzegovina is still below one percent of the total fleet. For comparison, in Germany that figure has passed 18 percent, in Norway over 25, and in neighbouring Slovenia and Croatia it sits somewhere around 6 to 8 percent.
The trend is more telling than the absolute numbers. The number of new EV registrations grows year on year, but the buyers are still mostly companies, dealers and people who use an EV as a second vehicle. The typical single-car family still picks petrol or diesel, and increasingly a vehicle with an LPG system.
Where you can actually charge
The public charging network in BiH is growing, but it is still not comparable to Western Europe. Sarajevo, Banja Luka, Mostar and Tuzla each have several DC fast chargers (50 kW and above), while AC chargers (typically 22 kW) are more common at shopping centres, hotels and at some petrol stations.
The real limitations:
- The network is fragmented; different chargers come from different providers, with different apps and different payment methods
- Fast DC chargers on the motorway are still rare, so planning a longer trip requires careful preparation
- In villages and smaller towns an EV owner mostly relies on home charging, and that takes an adapted installation and, in most cases, a house of their own
For drivers who mostly do short city trips and have the option to charge at home, an EV can already be a reasonable choice today. For everyone else, the practical lack of infrastructure outside the main cities is still too big a gap.
Real cost of ownership
A lot of marketing numbers revolve around "charging costs the same as one coffee". That is true at home, with cheap electricity, and if you ignore battery wear. In practice the maths looks like this:
- Home charging: around 25 to 35 KM per 100 kilometres of real range, depending on the model and the season
- Public DC charging: two to three times more, because you pay per kWh and per minute
- Service costs: lower than with a conventional engine because there is no oil, spark plugs, belts or gearbox
- Battery replacement: rare, but when it happens, the bill sits between 15,000 and 30,000 KM for older models
Compared to a well-tuned LPG system over the same mileage, the calculation still favours gas for drivers who do more than 15,000 kilometres a year and do not have a home charger.
Winter changes the story
Winter conditions affect EV range more than the brochure suggests. At sub-zero temperatures, real range can drop 20 to 40 percent compared to the official figure. The reasons are a colder battery, cabin heating drawing from the same battery, and slower fast charging until the battery warms up.
This is not a problem for city driving, but for a weekend trip to the mountains or an intercity route in winter, the difference between "enough range" and "we need to plan an extra stop" is real.
Who should get an EV now, and who should wait
It makes sense if:
- You mostly drive up to 50 kilometres a day
- You own a house and can install a home charger
- You have a second vehicle for longer trips
- You use the car as a company benefit or for tax relief
It still does not make sense if:
- You live in a flat with no option for home charging
- You regularly drive long routes outside the bigger cities
- You only have one vehicle for all family needs
- Your budget cannot absorb the risk of a sudden large battery investment in 5 to 7 years
For everything else, a conventional engine with smart maintenance and, where it makes sense, an LPG installation, is still the simplest practical solution.