Fast electric vehicle charging has moved beyond the 350 kW benchmark that shaped earlier infrastructure deployments. Tesla now specifies up to 500 kW for its V4 Supercharger hardware, while IONITY has introduced operational charging points delivering up to 600 kW at selected European locations. However, these capabilities are not available at every station across either network.
The fastest charging station is not necessarily the one that charges your vehicle fastest. Actual performance depends on the vehicle’s charging capability and the power available from the connected equipment. Shared-power installations can also deliver different outputs depending on how many vehicles are charging.
This updated overview compares ten notable high-power charging networks and hardware platforms, rather than claiming an exhaustive global speed ranking. Network operators and equipment manufacturers are identified separately, and the numbering does not represent a fastest-to-slowest order.
For a deeper explanation of charging power, cooling technology and infrastructure planning, read our /ultrafast-charging-stations-guide/.
1. Tesla Supercharger V4: Hardware Rated up to 500 kW
Tesla specifies a maximum power of 500 kW for its next-generation V4 Supercharger Post. Its V4 Cabinet provides AC-to-DC conversion and supports power sharing across up to eight posts. The platform supports regional charging standards including NACS, CCS1, CCS2 and GB/T.
The important distinction is between hardware capability and the configuration installed at a particular site. A V4 post’s maximum specification should not be interpreted as a guarantee that every location delivers 500 kW to every vehicle. Tesla’s system combines posts, cabinets and shared power allocation.
Tesla’s current website reports more than 80,000 Superchargers globally. That figure covers its overall network, not exclusively V4 or 500 kW installations.
2. IONITY High-Power Charging: Selected Sites Reach 600 kW
IONITY’s network now includes charging points capable of delivering up to 600 kW, making the original article’s 350 kW description incomplete. In its February 19, 2026 announcement, IONITY confirmed deployment of Alpitronic HYC1000 equipment in France, including at Sorgues on the A7 motorway.
The installation uses a 1,000 kW central power cabinet, with power allocated dynamically between connected vehicles. In the announced configuration, one connected vehicle can receive up to 600 kW through CCS2, provided the vehicle supports the required charging conditions.
IONITY also reported reaching 6,000 high-power charging points across 24 European countries in February 2026. This is a dated network milestone, not a count of 600 kW chargers.
3. Electrify America Hyper-Fast Charging: Up to 350 kW
Electrify America identifies its 350 kW CCS charging as “Hyper-Fast”, while its 150 kW offering carries the “Ultra-Fast” label. The vehicle determines how much of the available power it can accept.
Some installations use Balanced charging, where adjacent chargers share a power cabinet. Electrify America explains that these can supply up to 350 kW to a capable vehicle when the adjacent charger is unused, with power redistributed during simultaneous charging.
Its current website lists more than 1,080 stations and 5,600 Hyper-Fast chargers in North America. These figures should retain their stated geographic scope rather than being described as U.S.-only totals.
4. Fastned Charging Stations: Up to 400 kW
Fastned now advertises charging equipment delivering up to 400 kW, updating the 350 kW ceiling in the original article. Its European network serves drivers through public fast-charging locations, with station-specific equipment determining the available output.
A recent deployment example is Fastned’s Liverpool Brunswick hub, which opened in September 2026 with eight charging bays capable of up to 400 kW. This provides a concrete illustration of current infrastructure rather than relying on outdated network counts.
Drivers should still distinguish a charger’s advertised maximum from their vehicle’s accepted charging power. Higher infrastructure capacity cannot override the vehicle’s charging limit.
5. ABB A400: A Current 400 kW Alternative to Terra HP
For this update, ABB’s A400 replaces the older Terra HP entry as a current platform to compare. ABB offers 200, 300 and 400 kW configurations, with field-upgradable modules and dynamic power allocation across two outlets.
A 400 kW A400 is not two independent 400 kW chargers. Its available power is distributed between connected vehicles in 50 kW increments. Buyers should therefore assess simultaneous charging behavior alongside the headline output.
ABB is the equipment manufacturer in this comparison. Its product specifications should not be confused with the size or geographic coverage of an ABB-operated public charging network.
6. ChargePoint Express Plus: Up to 500 kW in the Specified Configuration
ChargePoint describes Express Plus as a modular DC fast-charging platform that can deliver up to 500 kW to a single port, depending on configuration. Power Blocks supply Power Link stations, with dynamic power sharing and 500 A liquid-cooled cable options.
The wider technical specification also lists configurations reaching up to 1.2 MW, dependent on cable amperage and Power Block configuration, and includes MCS among its connector options. That broader platform figure should not be substituted for the output of every passenger-car charging port.
Connector options vary by market and configuration, including CCS1, NACS and CCS2. The installed connector and power configuration remain essential compatibility checks.
7. Efacec High-Power Chargers: Replace the Incorrect QC45 Entry
The Efacec QC45 is a 50 kW DC charger, not a 350 kW ultrafast charger. It should not retain its original specification or position as a leading high-power model.
Efacec’s current high-power portfolio instead includes HV 350 G2 and HPC 240/400, with its manufacturer catalogue describing high-power charging solutions reaching up to 400 kW. These are the relevant product families for an updated comparison.
Efacec also documents 350 kW deployments for motorway infrastructure and electric trucks. Regional specifications and the exact model should be confirmed rather than applying one rating to the entire portfolio.
8. Delta UFC 500: A 500 kW Platform with Important Output Limits
Delta’s UFC 500 is a scalable 500 kW charging platform for public and heavy-duty applications. Its documentation describes simultaneous charging of two vehicles at up to 250 kW each.
However, the published European configuration illustrates why platform power and single-vehicle output must be separated. Its leaflet specifies up to 460 kW for one vehicle, alongside a 500 A cable and maximum output voltage of 920 V.
The same configuration uses non-liquid-cooled CCS2 cables. Liquid cooling is therefore not an automatic requirement attached to a particular charger power label.
Our /ultrafast-charging-stations-guide/ explains how voltage, current and thermal limits affect delivered power.
9. Tritium TRI-FLEX: Updated Documentation Includes 600 kW Dispensers
Tritium’s TRI-FLEX distributed platform provides a more current comparison than the original Veefil-PK entry. Its manufacturer-hosted datasheet lists 400 kW and 600 kW dispensers, with power distributed through a shared Flex Hub.
The same document lists an 800 kW dispenser as “available soon.” It should therefore be treated as a forthcoming option, not automatically presented as deployed or generally available equipment.
The Flex Hub supports a grid-input range from 400 kW to 1.6 MW and multiple dispensers. Again, total system capacity is different from the power available to each connected vehicle.
10. Siemens SICHARGE D: Up to 400 kW Continuous Output
The relevant Siemens high-power product is SICHARGE D, not the VersiCharge AC wallbox family named in the original article. Siemens’ documentation identifies VersiCharge as AC charging equipment, while SICHARGE D serves high-power DC applications.
Siemens specifies up to 400 kW and 600 A continuous output on a single outlet in the appropriate liquid-cooled configuration. SICHARGE D models range from 160 to 400 kW and dynamically allocate power between outlets.
The platform also supports dispenser expansion. Additional outlets increase charging access, but should not be interpreted as multiplying the installation’s available power.
Beyond This List: BYD’s 1,500 kW FLASH Charging
A 2026 update must acknowledge that the global charging market extends beyond these ten established entries. On March 5, 2026, BYD announced FLASH Charging capable of delivering up to 1,500 kW through one connector, paired with its second-generation Blade Battery.
BYD claims charging from 10% to 70% in five minutes and from 10% to 97% in nine minutes under its stated conditions. These are manufacturer performance claims for compatible technology, not universal charging times for all EVs.
This development is another reason not to describe Tesla V4, or a 350–400 kW charger, as unconditionally the world’s fastest charging station.
How to Compare the Fastest EV Charging Stations
Compare the complete charging configuration, not just the largest kW figure. Vehicle acceptance, connector capability and shared power allocation determine whether the advertised output is useful for a particular charging session.
Before choosing a station or specifying equipment, check:
- Power available to one vehicle, rather than total cabinet capacity.
- Output during simultaneous charging, particularly at shared-power installations.
- Connector, voltage and current limits for the installed configuration.
- Availability status, distinguishing deployed products from forthcoming options.
For infrastructure selection and site planning, explore our ultra-fast charging stations guide.
Conclusion
The fastest EV charging infrastructure in 2026 spans established 350–400 kW installations, newer 500–600 kW systems, and specialized technology with substantially higher manufacturer-rated output. These figures describe different products and configurations, not a uniform charging experience.
The most useful charging station is one that matches the vehicle’s capabilities and delivers dependable power when needed. A headline rating alone cannot establish how quickly a particular EV will charge
