Battery size and range are not the only details that matter when choosing an electric car. Georgia has EVs imported from different markets, so the charging connector can directly affect everyday convenience. Understanding the standards helps you avoid incompatible stations, slow charging or the wrong adapter.
AC and DC charging: what is the difference?
AC charging is normally used at home, at work or wherever a car remains parked for several hours. The vehicle’s onboard charger converts the power. With DC fast charging, the station supplies energy directly to the battery, allowing a much faster session.
Type 2: the common European AC standard
Type 2 is widely used by European-market electric cars and is available at many AC charging points in Georgia. Actual charging power depends on both the station and the vehicle’s onboard charger. Connecting to a 22 kW station does not mean every EV will accept 22 kW.
- Common on home wallboxes and public AC points;
- Ideal for overnight or long-stay charging;
- Speed is limited by the car’s onboard charger.
CCS2: the main European fast-charging option
CCS2 combines the upper Type 2 section with two additional DC pins. It is used for fast and ultra-fast charging. Maximum performance depends on the vehicle’s electrical architecture, battery temperature, current state of charge and the station itself.
If you regularly travel from Tbilisi to other regions, CCS2 support can make route planning and short charging stops easier.
GB/T: the standard used by Chinese-market EVs
Many electric cars produced for China’s domestic market use GB/T. AC and DC versions have different connectors. Before buying such a vehicle in Georgia, check where you can charge it and whether the correct cable or certified solution is included.
Can you use an adapter?
Type 2–GB/T and CCS2–GB/T solutions exist, but no adapter is automatically universal. DC charging requires digital communication between the car and station; matching the physical connector is not enough.
- Verify compatibility with the exact model and software version;
- Use certified equipment rated for the required voltage and current;
- Never use damaged or overheated cables;
- Consult a specialist before selecting a DC adapter.
What should you check before buying an EV?
- Port type: inspect both AC and DC connections.
- Maximum AC power: this determines home and workplace charging speed.
- DC charging curve: the peak number does not last for the whole session; average speed matters.
- Cable: check length, current rating and condition.
- Local infrastructure: compare the connector with stations along your daily routes.
- Home electrical supply: before fitting a wallbox, have an electrician verify capacity, earthing and protection.
Which standard is best in Georgia?
There is no single answer for every driver. A European Type 2/CCS2 combination is often the easiest match for public infrastructure. A GB/T vehicle can also be convenient when home charging and a dependable fast-charging solution are planned in advance.
Conclusion
The charging connector is part of the ownership experience, not a minor technical detail. Before purchase, confirm the port, maximum power, cable, adapter requirements and stations along your routes. Explore E-motions services or contact us for help selecting the right charging solution.