Content
- General
- Cost rates
- Tariffs
- Prioritisation settings within tariffs
- EMP rates
- CPO rates
- "Apply further filter" field
- Procedure for setting up billing
- Establishing tariff conditions for sale prices
- Establishing tariff conditions for purchase prices
be.ENERGISED provides one of the most flexible tariff management systems in the industry. The software is able to automatically settle time-controlled, station- and customer-specific individual tariff constructs. The extensive functionality and also the possible flexibility of the system, however, demand at the beginning of the configuration a detailed planning of the desired results.
This article explains the basic operation of tariff management and explains the steps associated with the implementation.
General structure
The tariff management of be.ENERGISED is fundamentally composed of 2 component parts:
- Cost rates: defines the price of a charging-condition
(e.g.: AC charging costs 2 Euro, DC charging costs 6 Euro) - Tariff: defines when which charging-conditions has to be applied
(e.g.: if connector = AC, then use cost rate AC…)
Cost rates
A cost rate defines a charging-condition (e.g. AC 11 kW) for a charging process. You may create as many cost rates as you like.
Cost rates may include the following conditions*:
- One-time fee
- Consumption-based fee
- Time related fee
- Combinations of fees listed above
(e.g.: price per kWh + parking fee per started hour)
* Please take note of your local legal framework when creating the cost rates! |
In the example mentioned above 5 Euro will be charged per half hour or part thereof, but only a maximum of 15 Euro. It is recommended not to charge the first 2 minutes in order to avoid possible customer complaints in the event of incorrect operation or charging interruptions by the vehicle.
When creating the cost rates, the start and end of each interval must be defined as shown above.
Tariffs
A tariff generally defines at what time, at which charging station, to which customers, etc. a cost rate should be applied. This allows you to specify that a customer who is assigned to this tariff, for example, use the AC cost rate for AC charging connections, but the DC charging rate for DC charging connections. This structure of tariff management enables a dynamic cost structure.
The following tariffs can be selected:
- EMP sales rate:
The EMP sales rate is assigned to an authentication media and charged to the EV-driver (end customer). Under the Flat fee there is the possibility to enter a monthly amount. The EV-driver of the assigned authentication media is billed monthly for the amount entered regardless if they charged or not.
- EMP sales rate (Managed by eMSP.OPERATIONS)
already contains full pricing of roaming operations; These do not have to be created and maintained by you. The individual cost structure for using your own infrastructure remains with you. - Charging point rate (roaming)
The tariff defines costs that are charged to EMPs when their customers use their charging infrastructure. Charging tariffs (CPO tariffs) can only be assigned to charging point. In addition, CPO rates have no effect on own customers (EV drivers). The charging point rate is primarily relevant for roaming charging processes. For internal charging processes within the same instance, the charging point tariff is only used if no tariff has been assigned to the authentication medium. Charging point rates are an important component of roaming charging processes via the be.ENERGISED Hub, bilaterally and via COMMUNITY. - Fleet management rate
special rate - Purchase and sales price definition
creates a master tariff that can be inherited, to simplify the creation and maintenance of different tariff models.
Prioritisation settings within tariffs
A tariff defines through the assignment of cost rates the appropriate terms and conditions for a charging process. Charging processes of your own contract customers are billed with the assigned EMP sales rate. The charging point rate (roaming) only applies to "external customers" who do not have a contractual relationship with the backend operator.
The system proceeds according to the following sequence whereby the respective first entry has the highest priority. If this cannot be found or satisfied, the next point will apply, if this is not satisfied the third etc. The system distinguishes between the following load processes:
EMP rates
Client is the owner of the customer card but not the charging station (roaming via be.ENERGISED Hub)
In this case be.ENERGISED prioritizes as follows:
- Connector Type
- Operator
- be.ENERGISED Sub-CPO
- be.ENERGISED CPO
- Charge point
- Current type
- Standard cost rate
Client is the owner of the customer card but not the charging station (external roaming)
In this case be.ENERGISED prioritizes as follows:
- Dedicated EVSE ID
- Provider Product (Roaming): ATTENTION! To use a Provider Product, a side channel API is required for certain use cases.
- CPO (Roaming)
- Standard cost rate
Client is the owner of the customer card and the charging station (charging on its own infrastructure)
In this case be.ENERGISED prioritizes as follows:
- Connector type
- Current type
- Sub-EMP
- Standard cost rate
CPO rates (Charge point rate)
Client is the owner of the charging station but not the customer card (roaming via be.ENERGISED Hub or external roaming)
In this case be.ENERGISED proceeds after the following prioritization:
- Rate Package: only applies to direct payment charging processes.
- Provider Product (Roaming): ATTENTION! To use a Provider Product, a side channel API is required for certain use cases.
- be.ENERGISED Sub-EMP: Roaming via be.ENERGISED Hub
- be.ENERGISED EMP: Roaming via be.ENERGISED Hub
- EMP (Roaming): external roaming
- Standard cost rate
"Apply further filter" field
When creating individual price configurations, the "Apply further filter" field is usually available for selection, as in the following example for the "Current type" price configuration option.
With the help of this field, the price configuration can be defined even more precisely. The options in this field are also subject to prioritization, according to which the system applies the configuration.
Depending on the price configuration, the following options are available for selection: a) Connector type b) Connection power c) Current type (AC or DC) d) Opening time type
Connector type: here you can select the exact connector type
Connection power: here you can use a slider to set the minimum and maximum connection power to which the selected cost rate will apply. The selection of this range is possible in 1 kW steps.
*Please note that overlapping application ranges are not prevented. e.g.: tariff for range 30-50 kW and tariff for range 40-60 kW has been configured. In case of a charging process at a connector with 40 kW, one would be randomly selected. Therefore, the has·to·be gmbh expressly advises against configuring overlapping ranges! |
Current type: selection between AC and DC
Prioritization within the "Apply further filter" field
When selecting between Opening time types and Connection Power (price configuration "Current type"), the Opening time types come into effect before the Connection Power.
When selecting between Connector type, Connection power and Current type, the order is as just listed: Connector type before Connection power before Current type
First steps
In order to establish a settlement in your infrastructure proceed as follows:
- Allocate a cost rate for each desired fee-structure in the currency that you wish. To do this, click the menu item Cost rates on the button Add cost rate.
- After you have added a cost rate, it will be shown in the list of cost rates. Now click on the button Conditions at the present cost rate and record the time- and performance-based conditions. Please also note that you enter the appropriate descriptions and explanations for each language needed. The end customer sees merely the description of the cost rate in the mobile app or the customer portal, price configurations are not displayed.
- If you have created all relevant cost rates, go to the menu item Rates and set via the button Add rate a new tariff.
- Please note that the name of the tariff, which is entered in the "Tariff name" field when creating a new tariff, cannot be changed afterwards.
- You can also get to the detailed configuration of the tariff via the tab Conditions. Configure your rate now as described in the paragraph below.
- Fill out the mandatory marketing data at least in English. The description of the tariff is shown on the invoice.
- EMP sales rates are assigned to an identification medium (RFID card). Charging point rates are assigned to a charging point.
Establishing tariff conditions for sale prices
Tariff conditions for charging processes are handled by the system according to the following procedure: When billing a charging process be.ENERGISED checks if price configurations are set. If no price configuration is defined, the standard cost rate is used; and if the standard cost rate is not configured, the amount 0 will be charged. Price configurations always require a validity period.
In principle, configurations which are most precisely defined, will be used. For example: Type 2 11 kW AC is more precisely defined as AC only.
Please note that for a tariff you can only allocate rates that are the same currency as the tariff. Cost rates with different currencies are not displayed |
Establishing tariff conditions for purchase prices
The tariff management supports not only the configuration of the sales prices but also the possibility to record purchasing conditions. Purchasing conditions for charging processes are relevant, for example, when your customer performs a roaming-charging process on a charging station which is operated by a third-party CPO/company. With a detailed record of a purchase condition, invoices of third-party CPOs can be checked quickly and easily.
Purchase conditions are required if credits are to be created for sub-CPOs. They are created as cost rates in exactly the same way as the tariffs (explained above) and are then defined in the tab Purchasing conditions.
Version: 2023-06-29 06:16:33 UTC