Bender CC612 - Page 33

Configuration and testingConfiguration and testing
CC612(4G)_D00325_04_M_XXEN/03.2019
33
Preparing until state C
(OCPP 1.6)
If this parameter is set to "On", the state remains
preparing until the car goes to state C. Once vehicle
goes to state C, the status is set to "Charging". If set to
"Off", the status is set to "Charging" when vehicle is in
state B. Note that this parameter is only relevant for
OCPP 1.6.
Peer Group Partner
(deprecated)
Multiple charge points sharing one energy source are
combined into one peer group. To specify the group,
list each charge point by its "IP<:PORT>" address and
separated by semicolon.
Example: 192.168.0.1;192.168.0.2:81;192.168.0.3;
Default PORT is 80.
Peer Group maximum current
(A) (deprecated)
The maximal current in Ampere available for the
complete peer group. This current is shared between all
charging group members.
Peer Group Force Charging
(deprecated)
In case the peer partners of this charge point are
unavailable, you may turn ON force charging to allow
this charge point the charging. Note: make sure your
hardware setup supports this behaviour.
Dynamic Load Management Dynamic Load Management
DLM Network Id
Several DLM groupings might coexist in one physical
LAN. In case of DLM Master-Auto-Discovery, they are
distinguished by Master-Auto-Discovery Network ID.
DLM Master IP
DLM Master-IP address which is used for DLM Slaves
configured with Master-Fixed-IP.
DLM Algorithm
Dynamic Load Management algorithm to be used on
the DLM Master for load balancing; "Fair Trade (FIFO)"
selects a fair distribution algorithm which works in a
first-in-first-out manner, i.e. in case there is no energy
remaining to distribute, the car has to wait for a free slot;
"Fair Trade (RR)" selects a fair distribution algorithm
which works in a round-robin manner, i.e. the energy
gets distributed to all cars by fairly suspending/
resuming the charging on the cars;
Overall current limit for DLM
on Phase 1
Overall current limit for DLM on phase 1 in Ampere (A).
This setting is only used on the DLM Master.
Parameter Description
Overall current limit for DLM
on Phase 2
Overall current limit for DLM on phase 2 in Ampere (A).
This setting is only used on the DLM Master.
Overall current limit for DLM
on Phase 3
Overall current limit for DLM on phase 3 in Ampere (A).
This setting is only used on the DLM Master.
Minimum current limit that
charging should not go below
Minimum current limit that charging should not go
below in Ampere (A).
Current limit when
disconnected from DLM
network
Current limit when disconnected from DLM network in
Ampere (A).
DLM Charging Log
Dynamic Load Management Charging Log stores all
relevant charging information in a .csv file.
Reset Meter Value Behavior
(S0 meter)
Reset meter values after stopping transaction to 0. This
mode is recommended for S0 meters, as it provides
consistent meter values for each transaction. If not
enabled, the meter values are reset to 0 upon every
reboot of the system.
Send signed meter values
Parameter that determines whether signed meter
values should be sent as part of OCPP MeterValue and
OCPP StopTransaction messages. Some backends have
a problem with processing signed meter values. Signed
meter values are only available from eHz meters.
DataTransfer for Tariff And
Total Usage
Enables the DataTransfer messages that allow to show
Tariff and Total Usage Information. Beware this feature
only works with backend systems that support it. If the
backend system does not support it, this will prevent all
authorizations from being successful.
Meter values sampled data
(OCPP)
Comma-separated list of types of meter values that
should be sent as sampled data elements in separate
meter value messages. Supported are
"Energy.Active.Import.Register", "Power.Active.Import"
and "Current.Import".
Meter Value Sample Interval
(OCPP)
Interval in seconds after which a new meter value is sent
to the backend system during a charging transaction.
Set "0" to turn off or to a value ≥ 60 to turn on.
Parameter Description