What Is an RFID EV Charger?
An RFID EV charger is an AC charging station that uses a compatible RFID card to authorise the start or stop of a charging session. Instead of allowing unrestricted use, the charger checks the presented card before providing access to charging.
RFID access can be used as a straightforward local authorisation method or, depending on the selected charger configuration, as part of a connected charging-management system. The exact card-management, charging-record and backend capabilities depend on the charger model and project configuration.
RFID itself does not automatically provide payment processing, individual user billing or remote charger management. Projects that require these functions may need an APP- or OCPP-enabled charging configuration.
- Card-Based Authorisation: Drivers present a compatible RFID card at the charger’s designated reading area.
- Controlled Charging Access: Charging can be limited to authorised employees, residents, guests or fleet drivers.
- Flexible Project Configuration: Select the required charging power, connector format, display and communication functions according to the project.
Is an RFID EV Charger Right for Your Project?
RFID EV chargers are a practical choice when charging is shared by multiple drivers but access should remain limited to an approved group. Before selecting a configuration, consider how cards will be issued, whether charging records are required and whether chargers need to connect to a management platform.
An RFID EV Charger May Be Suitable When:
- Charging is provided in a shared but controlled parking area.
- Only approved employees, residents, guests or fleet drivers should use the chargers.
- Drivers need a straightforward alternative to starting every session through a mobile app.
- Local card-based access is sufficient for routine charging.
- The project requires branded or project-specific RFID cards.
- Charging stations are installed at workplaces, apartments, hotels, fleets or private commercial sites.
Consider Another Charging Configuration When You Need
- Charging without user authorisation — Explore [BESEN Basic EV Chargers].
- Mobile control and personal charging records — Explore [BESEN APP EV Chargers].
- Centralised user management, backend monitoring or billing integration — Explore [BESEN OCPP EV Chargers].
- Dynamic load balancing or solar charging — Explore [BESEN DLB & Solar Charging Solutions].
RFID access can also be combined with connected charger configurations. For example, an OCPP charging project may still use RFID cards for driver identification while the backend platform manages users, charging records and operational data.
The appropriate configuration depends on the required level of access control, connectivity and charger management. BESEN can help distributors, installers and project buyers confirm a suitable solution before quotation.
Explore BESEN RFID EV Chargers
Explore BESEN RFID EV chargers for controlled and shared charging locations. Compare display, cable or socket, connector and communication options, then confirm the required RFID card configuration for your market and project.
How RFID EV Charging Access Works
RFID provides a straightforward way to control who can use a charging station. The exact operating sequence may vary by charger model and project configuration.
Step 1 — Connect the Vehicle
Connect the charging cable to the vehicle using the selected cable or socket configuration.
Step 2 — Present the RFID Card
Hold an authorised RFID card near the charger’s designated reading area.
Step 3 — Start Charging
Once the card is recognised and authorised, the charger allows the charging session to begin.
Step 4 — End the Session
Present the card again or follow the configured stopping procedure to complete the charging session.
Supporting note: RFID card setup, user management and charging-record functions depend on the selected charger and system configuration.
B2B Support for RFID EV Charging Projects
From charger configuration and RFID card requirements to technical documentation and order coordination, BESEN supports distributors, installers and project buyers throughout the purchasing process.
Plan Your RFID EV Charging Project
Need help selecting an RFID EV charger? Share your target market, installation scenario, charging power, connector requirements and estimated order quantity. BESEN will help you confirm a suitable charger configuration and RFID card solution.
Local RFID access authorises charging directly at the charger using registered cards. OCPP-connected configurations may support centralised user management, charger monitoring and charging records through a compatible backend platform. Available functions depend on the charger and system configuration.
The card-management method depends on the selected charger model and configuration. Before ordering, confirm the required number of cards and whether cards need to be added, removed or replaced during operation.
RFID card branding and visual customisation may be available for project orders. Share your logo, required quantity and design requirements with BESEN for confirmation.
RFID access is available on selected configurations of the BS40, BS20, BS30, BN30, SQ20 and CC40 EV chargers. Availability and functions should be confirmed according to the exact model and project requirements.
RFID access alone is used for user authorisation and does not automatically provide billing, payment or remote management. Charging records and backend functions depend on whether the selected charger supports a compatible connected system.
Selected chargers can use locally registered RFID cards for access control without relying on continuous internet connectivity. However, centralised user management, remote monitoring and charging records may require a compatible network connection and backend system.
This depends on how the chargers and RFID cards are configured. A card may be authorised for multiple compatible chargers within the same project, but card compatibility and management requirements should be confirmed before ordering.
RFID EV chargers are suitable for locations where charging access needs to be limited to authorised users, including workplaces, apartment parking areas, hotels, fleets, car parks and other private or shared commercial sites.
Before requesting a quotation, confirm the target market, electrical supply, required charging power, connector standard, cable or socket preference, installation environment, communication requirements, RFID card quantity and estimated order volume.