
The charging station for the public and semi-public space
Smart charging on the road? From now on, this is possible everywhere: Whether for the company fleet, the customer parking lot or on public roads. Let's take a look at the advantages of this 22 kW charging station together. We have summarized everything you need to know below, but we would also be happy to talk to you personally.
Our services
For commercial use
The highlights of the Amperfied connect.public
- Simultaneous charging of two electric or hybrid vehicles with up to 22 kW per charging point.
- Low installation effort due to optional TAB-compliant house junction box and meter measuring field.
- Authentication via RFID cards, app or QR code.
- Legally compliant billing due to conformity with calibration law.
- 10-inch color display for intuitive operation.
- Contactless payment with HecPay terminal.
- Data connection via LTE or LAN.
- Integrated Dynamic Load Management (DLM).
- Backend connection via OCPP 1.5 and 1.6 (JSON/SOAP) - click here for compatible backends.
- Customizable foiling in customer design.

The advantages of the AC charging station with 22 kW charging power
The advantages for users
Up to 2 vehicles can be charged simultaneously at the charging station. The large color display enables intuitive operation and a convenient overview.
In addition, a barrier-free design ensures easy access for users with limited mobility.
The charging process is accomplished in just a few simple steps, and payment is quick and easy thanks to the HecPay terminal.
HecPay: Contactless and secure payment
With HecPay, users start their charging processes cashlessly via credit or debit card as well as mobile payment. The large touch display, a physical pinpad and a digital receipt output allow intuitive and convenient operation.
Charging point operators can enjoy low investment and operating costs, because a single HecPay terminal controls any number of charging points. Another advantage is the sturdy housing and robust touch display for reliable outdoor use.
Retrofitting existing charging points is also no problem, as HecPay supports common OCPP backends and can thus be easily integrated into existing charging infrastructure. All HecPay terminals can be managed and controlled via a modern SaaS solution.
Further advantages for charging station operators
Thanks to an optionally integrated mains junction box and meter measuring field, the charging pole can be connected directly to the distribution network and there is no need to install an additional costly junction box. At the same time, it impresses with a robust, secure design that reliably protects against vandalism and prevents unpleasant follow-up costs.
Thanks to the integrated dynamic load management, the power available at the grid connection can be distributed to up to 250 charging points. Thanks to the possibility of integrating an external electricity meter, external loads such as power consumption in the building can be taken into account. This means that your customers always charge with the best power.
Via OCPP 1.5 or OCPP 1.6, the charging pole can be connected to any software backend and billed. The connection is made simply via the intergated mobile modem or the LAN connection. The eye also charges: The attractive design of the charging pole strengthens the general appearance and at the same time offers the possibility of individual foiling to increase the recognition value.
The charging station is compliant with calibration law: But what does that mean anyway?
Since 01.04.2019, electric power at public charging stations in Germany may only be billed if the requirements of calibration law are met. This is intended to ensure that the amount of energy billed is correct and transparent traceable is. It must always be apparent to users:
- How much electrical energy they have drawn
- and how much time the charging process took.
In addition, the transmission of the measured values from the charging station to the backend must be evidence-proof and in compliance with data protection regulations. With the transparency software of S.A.F.E eV, users have the possibility to check the validity of the digitally signed measured values of the charging processes and to ensure that the invoiced values have not been manipulated by third parties.
These requirements are based on the German Measurement and Calibration Act (MessEG), the German Measurement and Calibration Ordinance (MessEV) and the German Price Indication Ordinance (PAngV). The Amperfied connect.public fulfills all requirements for charging in compliance with calibration law.
A 22 kW charging pole with outstanding connectivity
A charging station would be nothing without a reliable and high-quality charge controller. As the heart of every smart charging station, a charge controller communicates with the vehicle and the backend, monitors the internal hardware of the charging system, the user interfaces, and the connection from the charging station to the vehicle. We at AMPERFIED are pleased that we were able to implement an innovative and reliable product with the latest generation of intelligent charge cont rollers - the CC613 from Bender GmbH.
Bender GmbH is a valued partner whose charge controller technology has already been able to convince in more than 20 commercial backends and, among other things, guarantees high connectivity (EEBus, ISO 15118, OCPP 1.6) and enables overarching dynamic load management.
With the charging station, electric and hybrid vehicles charge quickly
The Amperfied connect.public is an AC charging station that enables convenient, fast charging with alternating current with a charging power of up to 22 kW. Higher charging powers are required at freeway service stations, for example. These charging stations (with up to 350kW) are DC charging stations (direct current).
Compared to AC charging stations, these are significantly more expensive and place a much greater demand on the power grid. Therefore, for locations where the car is parked for longer periods of time (e.g., restaurants, shopping centers, or public parking areas), AC charging stations are often the better choice.
TECHNICAL DATA
Amperfied CONNECT.PUBLIC
Type | Pedestal A |
Mounting type | Screwing into foundation |
Materials | Aluminum, stainless steel, galvanized sheet |
Coating | Powder coating in DB 703 |
Dimensions (HxWxD) | 1,413 x 455 x 379/528 mm |
Weight | 86 kg |
Dimensions display | 10 " (1,280 x 800 px) |
Norm | EN61439-7 |
Meter measuring station | VDE-AR-N 4100 |
Closure | Double rocker arm with double locking according to VDE-AR-N 4100 |
Number of charging points | 2 |
Charging ports | Type 2 (IEC 62196) |
Output voltage | 400 V |
Max. Charging current | 3 x 32 A each |
Max. Charging power | 22 kW each |
MCB | 32 A, 3-pole, C-characteristic incl. Status signalling contact |
RCCB | Ground fault circuit interrupter, type A, 30 mA incl. Status signalling contact |
RCMB | Gleichstromfehlerdetektion <6 mA |
Energy meter | DZG three-phase meter, Accuracy class B |
Installation protection | ' 4-pole |
Ambient temperature | -25 °C to +50 °C |
Permissible relative humidity | 5 % to 95 % non-condensing |
Temperature range storage/transport | -25 °C to +80 °C |
Protection class | I |
Overvoltage category | III |
Protection class | IP54 (splash-proof) |
Mechanical protection | IK 10 |
Own consumption | 32,2 W |
Protocol | OCPP 1.6, JSON, SOAP |
Status information | Display, LED |
Authorization | RFID (Mifare Classic, Desfire EV 2 and other 13.56 MHz RFID standards) |
Number of concurrent users | Max. 2 (Local load management) |
Interfaces | USB config USB Host Ethernet RJ-45 (LAN) |
Mobile communications | 2G (GSM, GPRS, EDGE), 3G (UMTS) & 4G (LTE) (micro SIM) |
Standards | ISO 15118 |
Feed | Max. 5 x 95 mm² |
Rated voltage | 230 V - 400 V |
Nominal frequency | 50 Hz AC |
Overvoltage protection | Type 1 + 2 + 3 combined arrester |
Charging mode | Mode 3 (EN61581-1) |
Guidelines | 2014/53/EU Radio Equipment Directive 2011/65/EU RoHS Directive MessEV |
Conformity with calibration law | EN 50470-1; EN 50470-3 REA Document 6-A, PTB-A 50.7 |
Other regulations | Barrier-free design according to DIN 18040-3 possible |
Power consumption (TNC, TNS) | Max. 44 kW (gradation possible) |
Current (TNC, TNS) | Max. 63 A |
Terminal box | According to the standards of the EN 61439 series |
Applied standards | EN 61851-1; EN 61851-21-2 EN 61851-22; EN 61439-7; EN 50364; EN 62311; ETSI EN 300 328 V2.2.2; ETSI EN 300 330 V2.1.1; ETSI EN 301 489-1 V2.2.3; ETSI EN 301 489-3 V2.2.0 ETSI EN 301 489-17 V.3.2.4 |
Specific for Amperfied connect.public with household box connection | |
Power consumption (TNC, TNS) | Max. 30.4 kW (gradation possible) |
Current (TNC, TNS) | Max. 44 A |
Integrated counter measuring field | Meter measuring field in accordance with VDE-AR-N 4100 - without termination point meter location (exception section 12.3.2 VDE-AR-N 4100), communication takes place via the integrated controllers. - without SLS switch - exception according to section 12.5 of VDE-AR-N 4100. |
Integrated house junction box | House connection box according to DIN 43627; 3x NH00 fuse; housing protection class IP54; protection class II; disconnecting device to the customer system according to VDE 0100-530 |
Applied standards | EN 61851-1; EN 61851-21-2 EN 61851-22; EN 61439-7; EN 50364; EN 62311; ETSI EN 300 328 V2.2.2; ETSI EN 300 330 V2.1.1; ETSI EN 301 489-1 V2.2.3; ETSI EN 301 489-3 V2.2.0 ETSI EN 301 489-17 V.3.2.4 VDE-AR-N 4100 |
1000-TIMES PROVEN. ALMOST EVERYWHERE TO HAVE
For many years now, major automotive brands and electrical contractors around the world have relied on the performance of our charging technologies. You too can rely on us!
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