Czechia — EV charging and AC up to 22 kW
AC destination charging up to 22 kW is a clear segment in a growing public market.
The 1–5 score is HUBCORE's operational estimate of how smoothly an AC solution of up to 22 kW can be prepared and delivered in practice. It is not an official country rating or an assessment of the quality of national regulation.
In 60 seconds
In Czechia, AC destination charging up to 22 kW is a well-understood segment.
For public charging, follow AFIR and the framework of §6q of the Czech fuels act.
The operator of a public station must publish prices and information, allow one-off charging and meet notification and data obligations.
Private and workplace charging is administratively simpler, but the grid connection must still be confirmed per site.
AC up to 22 kW: what must be checked?
Existing grid connection capacity
Check the building's connection capacity and peak load before confirming the number of charging points.
Capacity upgrade
Capacity upgrades and grid connection requirements must be verified with the local distribution operator.
Apartment building decision
In a jointly owned building an owners' decision and agreement on cost allocation are needed.
Public or private use
For a public station, price publication, enabling one-off charging and notification and data obligations are added.
Installer requirements
Installation and construction requirements must be confirmed with a competent local installer and, if needed, the municipality.
Detached house
Home charging is administratively the simplest. The main question is the house's available capacity and peak load management.
Apartment building
In an apartment building, use of the shared connection, metering and billing must be agreed. Construction and grid connection requirements must be verified per site and with the distribution operator.
Commercial property
Commercial property and destination charging is a natural place for an AC solution up to 22 kW in Czechia: long dwell times and an existing connection combined with load management.
Public charging
AFIR and the §6q framework apply to public charging. Market context: according to MPO data published on 23 July 2026, as of 30 June 2026 the register contained 3,668 publicly accessible charging stations and 6,404 charging points, of which 2,750 were high-power points above 22 kW. We use this as market context only, not as a sales claim.
Advantages
- AC destination charging up to 22 kW is an understandable, clearly delimited segment.
- The public network is growing, which increases user habit and demand.
- A good partner-based entry point for Central European expansion.
Drawbacks and risks
- Public charging carries reporting and notification obligations.
- Construction and grid connection requirements must be verified per site and with the distribution operator.
- Local documentation requires a local partner.
What HUBCORE solves here
- Dynamic load management within the existing connection.
- Measurement and monitoring of energy flows at site level.
- Coordinated control of multiple chargers.
- Reporting and integration readiness for operator and owner needs.
We keep track of markets and technology and guide the customer to a suitable solution. A solution must be measurable, controllable and integrable.
Check before quoting
- Whether the station is publicly accessible.
- Connection capacity and measured peak load.
- Price information and the one-off charging solution.
- Extent of notification and data obligations.
- Requirements of the local distribution operator.
Official sources
Updated 11.08.2026 — A general technical and regulatory overview; the solution for a specific site must be confirmed with the local grid operator, a competent electrical installer and, where relevant, the local authority.