Programming Via An Ocpp Backend; Teaching Locally Stored Cards In The Charging Station (For Offline Use); Teaching By Entering Card Ids In The Cp-Tool App; Free Charging (Deactivation Of Authentication) - Em2Go Pro Power G2 Bedienungsanleitung

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Locally stored cards in the charging station (for offline use) by entering the card IDs in the CP-
Tool app.

6.4.3. Programming via an OCPP backend

Programming RFID cards via OCPP is the standard method. Depending on the system, you have the option
of personalising cards, limiting them to a certain amount of energy, deactivating them and much more.
Contact your backend operator for support. Depending on the system, you can enter the card IDs in the
backend or teach the cards by activating a teach function in the backend and holding the cards up to the card
reader on the charging station. The number of cards is limited by the backend used.

6.4.4. Teaching locally stored cards in the charging station (for offline use)

RFID cards can be stored locally in the charging station. The cards are used when the charging station is not
connected to an OCPP backend.
These cards are referred to as master, offline or local cards and cannot be personalised.
Locally programmed cards can start a charging process at any time.
Note: This should not be confused with so-called "local lists", which are distributed via an OCPP
backend!

6.4.5. Teaching by entering card IDs in the CP-Tool app

To save RFID cards via the CP-Tool app, proceed as follows:
1. Open the CP-Tool app and connect the charging station as described in section 6.3.2.
2. Tap on the "Call up RFID whitelist" button.
3. Enter the UID of the card to be programmed and save it in the charging station.
4. Repeat the process for each additional card.
Note: You must know the unique ID (UID) of the cards. You can find this by
a card reader.

6.4.6. Free charging (deactivation of authentication)

Another option is to activate free charging. In this case, the charging process starts as soon as a vehicle is
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