Process overview
What are the next steps?
1. Invitation to the service
You will be invited to the Charge Repay Service by your fleet manager by e-mail. The prerequisite is (currently) an already installed wallbox. You can use the invitation to create an account with our service.
2. Hardware order
After registering, you can select your installed wallbox model and provide information about your installation. Finally, you can order the hardware required to connect your wallbox and receive an order confirmation.
3. Hardware installation
The hardware will be delivered to the address you specified. At the same time, our service technicians will contact you to arrange an appointment to install the hardware. Afterwards you needs to comission the Gateway. Guide is printed on the leaflet or can be found here
4. Ongoing operation
In the service you can view your charging processes and the expected reimbursement. You can differentiate between private and company cars and make changes to the electricity and mileage data.
FAQs
Frequently asked questions
Thanks to our three different connection variants, all common home wallboxes can be connected to the Charge Repay Service.
The Charge Repay Service is a complete solution for the billing of home charging processes for company car drivers. The special feature of the service is that any wallbox model can be used for billing, regardless of manufacturer and protocol.
The Charge Repay Service is a combination of software and hardware. The hardware is required to make the wallbox billable. Newer (calibration law-compliant) wallbox models can also be billed without additional hardware. Drivers can use the web app to enter their electricity price, view the charging processes and assign them as business or private.
For company car drivers, the main advantage of the service is that they can use their existing wallbox for charging and do not have to replace it. This saves costs and protects the environment. In addition, the driver can distinguish between private and business charging and does not have to buy an expensive wallbox that complies with calibration law.
Thanks to the additionally installed hardware, any wallbox model with a charging point can be used for billing via the Charge Repay Service, regardless of manufacturer and transmission protocol. The charging processes are recorded by the built-in meter and are therefore also independent of firmware versions and model series.
If your company requires calibration-compliant billing, there are two different ways to connect the wallbox. A wallbox that complies with calibration law can be connected directly. This means that you have to make certain settings in the web interface of your wallbox so that the billing data can be transferred to our service. You will receive all further information during the onboarding process.
If you have installed a wallbox that does not comply with the calibration law, our installation service provider will install additional hardware that allows you to distinguish between business and private charging. You will receive all further information during the onboarding process.
If you have installed a wallbox that does not comply with the calibration law, our installation service provider will install additional hardware that allows you to distinguish between business and private charging. You will receive all further information during the onboarding process.
With the Charge Repay Service, it is generally possible to differentiate between business and private charging transactions. The allocation and authentication of billing transactions is carried out via the web app provided. Legislation stipulates that an overall system that complies with calibration law must be used in the home sector. A MID-compliant meter in front of or in the wallbox is sufficient as long as only the company car is being charged. In the likely event that another vehicle is also charged at the wallbox (albeit irregularly), we have developed a patented procedure for differentiating between vehicles. However, this requires a hardware retrofit if no so-called calibratable wallbox is available. With the help of the built-in MID meter, older and previously non-verifiable wallbox models can also be used for verifiable billing.
You can access the service at any time at app.charge-repay.io
. Your current status of the onboarding process will be saved. We recommend that you save the website as a tab on the home screen of your cell phone so that you can access the service quickly at any time.
No, only the business charging processes are forwarded to the company for invoicing.
If you have technical questions or questions about the connection and the process, please contact charge-repay@phoenixcontact-sb.io
.
You can enter a new electricity price, including a new contract, in the service via Settings.
Use the ENTER and UP buttons to navigate to the correct page.
ENTER: Scroll through display pages
UP: Scroll through display subpages
Use the ENTER button until you see “kWh” and no longer “T1” or “T2” on the display. Then press the UP button until you see “→” and “∑”. The displayed value corresponds to the total meter reading in kWh (not resettable).
You can find the detailed user manual at: EEM-EM357 Manual
ENTER: Scroll through display pages
UP: Scroll through display subpages
Use the ENTER button until you see “kWh” and no longer “T1” or “T2” on the display. Then press the UP button until you see “→” and “∑”. The displayed value corresponds to the total meter reading in kWh (not resettable).
You can find the detailed user manual at: EEM-EM357 Manual
Hardware
CRG 0002 WIFI, LTE - Gateway
10002, 10003
The Charge Repay Gateway records charging data via local interfaces of the wallbox or an energy meter and forwards this encrypted WiFi/LAN to the Charge Repay Service.
With automated onboarding, it is easy to put into operation and, in combination with a corresponding energy meter, enables billing of charging processes in the home in compliance with calibration law.
Product Details
CPU data
Main memory & storage
Network
Connections
Environmental Conditions
Mechanical specifications
General data
| CPU | NXP i.MX8M Mini Quad-Core AMX Cortex-A53, 1.8GHz |
| RAM | 2GB |
| Main memory | 4GB eMMC (MLC), on-board |
| LAN | 1000Mbps Ethernet port, RJ45 connection 100Mbps Ethernet port, RJ45 connection |
| WiFi | 802.11ax WiFi interface Intel WiFi 6 AX200 module 2×2.4GHz / 5GHz Rubber Duck antennas |
| Bluetooth | Bluetooth 5.1 BLE |
| LTE | 4G/LTE CAT1 mobile radio module, Simcom SIM7600G Cellular communication Ruber Duck antenna |
| GNSS | GPS / GLONASS Implemented with the Simcom SIM7600G module |
| USB | 3x USB2.0, type A |
| debug | 1x serial console port via UART-to-USB bridge Micro USB port |
| Serial | 1x RS485 connection |
| Operating temperature | 0° – 60° C |
| Storage temperature | -40° – 85° C |
| Dimensions (WxHxD) | 112 x 84 x 25 mm |
| Housing material | aluminum |
| Weight | 450g |
| Power supply | DC 8V- 36V |
| Energy consumption | 2W-7W depending on system load |
| File | Description | Language | Version |
|---|---|---|---|
| um_de_crg_0002_xx_1_1.pdf | User Manual | German | 1.1 |
| crg_0002_declaration_of_conformity.pdf | Declaration of Conformity (CE) | English | 1.0 |
