| Key Name |
Master-Slave Scope |
OCPP standard |
Description |
Accessibility |
Type |
Range, Default or example |
| DepartureTime |
Individual |
No |
This element is used to indicate when the vehicle intends to finish the charging process. |
R |
String |
|
| EAmount |
Individual |
No |
Amount of energy reflecting the EV's estimate how much energy is needed to fulfill the user configured charging goal for the current charging session. This might include energy for other purposes than solely charging the HV battery of an EV. |
R |
String |
|
| OCPPSlaveState |
Master |
No |
OCPP Slave(s) State |
R |
String |
|
| SSHClientKey |
Master |
No |
This key can be used to authorize the user root of this charge controller to connect to some server via SSH. This authorization can then be used to establish reverse tunnels using the customer specific scripts. |
R |
String |
|
| INVOKECUSTOMSCRIPT1 |
Master |
No |
This function can be used to invoke a script that was previously stored on the charge controller. E.g. it can be used to trigger ssh to create a reverse tunnel to some known server. This tunnel could then be used for remote login to this charge controller |
W |
String |
|
| INVOKECUSTOMSCRIPT2 |
Master |
No |
This function can be used to invoke a script that was previously stored on the charge controller. E.g. it can be used to trigger ssh to create a reverse tunnel to some known server. This tunnel could then be used for remote login to this charge controller |
W |
String |
|
| INVOKECUSTOMSCRIPT3 |
Master |
No |
This function can be used to invoke a script that was previously stored on the charge controller. E.g. it can be used to trigger ssh to create a reverse tunnel to some known server. This tunnel could then be used for remote login to this charge controller |
W |
String |
|
| RCMB_STATE |
Individual |
No |
RCMB protection state
Maximum values of last transaction
Current values |
R |
String |
Not active |
| ChargeBoxSerialNumber |
Individual |
No |
This overrides the serial number of the charge controller manufacturer. Named in OCPP BootNotification ChargeBOXSerialNumber.
NOTE: It can be only set if the value is empty! This precondition is met for re-flashed charge controllers. |
R/W |
String |
Not Set |
| ChargePointSerialNumber |
Master |
No |
This is set by charge point manufacturer not the controller manufacturer. The value is sent as ChargePointSerialNumber in OCPP BootNotification. If it's not set or Binary OCPP is configured, the OCPP message value is replaced by the ChargeBoxIdentity value. |
R/W |
String |
Not Set |
| ErrorsList |
Individual |
No |
List of errors that are currently present in the charge point. |
R |
String |
No Errors |
| OPKGInstallExtraOption |
Both |
No |
|
R/W |
String |
|
| CPUFrequency |
Individual |
No |
|
R |
String |
|
| RCMBTransactionMaxRMS |
Individual |
No |
The max RMS value is saved while a transaction is in progress |
R |
String |
|
| RCMBTransactionMaxDC |
Individual |
No |
The max DC value is saved while a transaction is in progress |
R |
String |
|
| InterfacesList |
Master |
No |
List of interfaces and their IPs |
R |
String |
|
| StopTxnSampledData |
Both |
Yes |
Types of meter values that should be sent as sample data elements in stop transaction messages |
R/W |
String |
Energy.Active.Import.Register |
| StopTxnAlignedData |
Both |
Yes |
Types of meter values that should be sent as clock aligned data elements in stop transaction messages |
R/W |
String |
Energy.Active.Import.Register |
| MeterValuesAlignedData |
Both |
Yes |
Comma-separated list of types of meter values that should be sent as clock aligned data elements in separate meter values messages. Supported are 'Energy.Active.Import.Register', 'Power.Active.Import', 'Current.Import' and 'Current.Offered'. |
R/W |
String |
Energy.Active.Import.Register |
| MeterValuesSampledData |
Both |
Yes |
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', 'Current.Import' and 'Current.Offered'. |
R/W |
String |
Energy.Active.Import.Register |
| MeterPublicKey |
Individual |
No |
Public Key of the cryptography engine of the connected eHZ meter if available |
R |
String |
|
| MeterSerialNumber |
Individual |
No |
Serial number as reported by the eHZ or ModBus meter |
R |
String |
No Id read yet |
| SecondMeterSerialNumber |
Individual |
No |
Serial number as reported by the eHZ or ModBus meter |
R |
String |
No Id read yet |
| OcppMeterCurrent |
Individual |
No |
Phases Current in Ampere measured by ocpp meter |
R |
String |
Not Available |
| SecondMeterCurrent |
Individual |
No |
Phases Current in Ampere measured by second meter |
R |
String |
Not Available |
| OcppMeterPower |
Individual |
No |
Computed power consumption in Watt from OCPP meter |
R |
String |
Not Available |
| SecondMeterPower |
Individual |
No |
Computed power consumption in Watt from second meter |
R |
String |
Not Available |
| OcppMeterEnergy |
Individual |
No |
Computed energy consumption in Wh. |
R |
String |
Not Available |
| SecondMeterEnergy |
Individual |
No |
Computed energy consumption in Wh. |
R |
String |
Not Available |
| OcppMeterIPAddress |
Individual |
No |
Set the IP address of OCPP meter |
R/W |
String |
|
| SecondMeterIPAddress |
Individual |
No |
Set the IP address of second meter |
R/W |
String |
|
| APN |
Master |
No |
Access Point Name of the mobile network to be used when establishing connections to the backend system via the built-in modem |
R/W |
String |
UNKNOWN |
| APNUsername |
Master |
No |
Username to be used for authenticating with the Access Point of the mobile network for connecting with the backend system |
R/W |
String |
|
| APNPassword |
Master |
No |
Password to be used for authenticating with the Access Point of the mobile network for connecting with the backend system |
R/W |
String |
|
| IMSI |
Master |
No |
The international mobile subscriber identity (IMSI), a value associated with the SIM card inserted into the built-in modem. If this number is properly read the SIM card is inserted correctly and can be read by the built-in modem. |
R |
String |
|
| IMEI |
Master |
No |
The international mobile equipment identification (IMEI). A number associated with the hardware of the built-in modem. If this number is present this device has a built-in modem and can properly communicate with the modem. |
R |
String |
|
| ICCID |
Master |
No |
The integrated circuit card identifier (ICCID) of the SIM card inserted into the built-in modem. |
R |
String |
|
| Req3GNetworkOperator |
Master |
No |
The name of the network operator to be used in manual mode. If operator name is unknown set the "Scan network operators at boot" parameter to On, then click on "Save & Restart". Then in the state page all the available operator names will be shown. |
R/W |
String |
|
| Used3GNetworkOperator |
Master |
No |
The name of the network operator the built-in modem is currently connected to. |
R |
String |
UNKNOWN |
| AvailableNetworks |
Master |
No |
The list of network operators that are available and visible using the current antenna. This value is only properly filled if requested using the "Scan network operators at boot" configuration parameter |
R |
String |
|
| SIMPIN |
Master |
No |
The PIN number that should be used to unlock the SIM card. This number is only used if the SIM card requires a PIN number. |
R/W |
String |
|
| LASTWRONGSIMPIN |
Master |
No |
The wrong PIN number that was used last time. |
R/W |
String |
|
| MODEMNETSTATE |
Master |
No |
Show at which state in the connection sequence the modem is currently operating. Show OK when connected. Additionally APN session duration and traffic are shown. |
R |
String |
|
| ModemInfo |
Master |
No |
Shows the modem manufacturer, model and firmware revision. |
R |
String |
|
| ModemAccessTechnology |
Master |
No |
Shows which access technology (2G, 3G, 4G) the modem is currently using. |
R |
String |
Not Available |
| ModemLastConnError |
Master |
No |
Reason for the last modem APN connection failure |
R |
String |
|
| LAI |
Master |
No |
Location Area Identity (LAI), composed of Mobile Country Code (MCC), Mobile Network Code (MNC) and Location Area Code (LAC). |
R |
String |
|
| ChargeBoxIdentity |
Individual |
No |
The id that is sent to the backend and used by the backend to identify the charge point. |
R/W |
String |
+49*839*00000000001 |
| UPnPUUID |
Individual |
No |
The UPnP UUID that this charge controller uses when announcing its presence on the local network. Only used if connected to a local network. |
R |
String |
12b3074f-5f49-4368-b4d7-fe2ae0663b1c |
| FirmwareVersion |
Individual |
No |
Firmware version currently running on the charge point. |
R |
String |
4.63-6011 |
| RCMBVersion |
Individual |
No |
Version of the RCMB module currently connected to the charge point. |
R |
String |
Not available |
| SupportedFeatureProfiles |
Master |
Yes |
A list of supported Feature Profiles. Possible profile identifiers: Core, FirmwareManagement, LocalAuthListManagement, Reservation, SmartCharging and RemoteTrigger. |
R |
String |
|
| RfidTagFreeCharging |
Individual |
No |
Rfid Tag for Free Charging with OCPP Full, fixed rfid modes |
R/W |
String |
|
| HostnameBinaryOCPP |
Master |
No |
The DNS hostname or IP address of the binary ocpp proxy server for the backend system. This parameter is only used if Binary OCPP is selected for the TCP/IP mode |
R/W |
String |
be.elinc.de |
| OCPP_SERVER_URL |
Master |
No |
The HTTP URL of the OCPP backend system. This URL must be the SOAP endpoint. This parameter is only used if OCPP-S 1.5 or 1.6, the standard OCPP mode is used. If this mode is used a SIM card with a private APN must be used if the charge point should receive remote commands from the backend system as most mobile networks use NAT for normal SIM cards which prevents connections from the backend to the charge point |
R/W |
String |
http://be.elinc.de:8080/OCPPSoapServerIndigoQA/services/CentralSystemService |
| ChargePointSOAPURL |
Master |
No |
The URL that the charger reports to the backend system. The backend system will use this URL to connect to the charger for any remote requests. |
R |
String |
|
| OCPPBackendJSONURL |
Master |
No |
The WS/WSS URL of the OCPP backend system. This URL must be the WS/JSON endpoint and begin with either "ws://" or "wss://". This parameter is only used if OCPP-J 1.6 mode is used. The Chargepoint's ID gets automatically appended when connecting to the backend. |
R/W |
String |
ws://be.elinc.de:8080/OCPPJProxyQA/v16/ |
| HTTPBasicAuthPassword |
Master |
No |
The password to be used for HTTP Basic Authorization. If left empty, HTTP Basic Authorization is not used. |
R/W |
String |
|
| OcppCSR |
Master |
No |
Certificate signing request (for OCPP) in PEM format that corresponds to the private key this charge point generated upon provisioning |
R |
String |
|
| 15118CSR |
Individual |
No |
Certificate signing request (for 15118) in PEM format that corresponds to the private key this charge point generated upon provisioning |
R |
String |
|
| OcppCertificate |
Master |
No |
Certificate used for SSL connections to the backend |
W |
String |
|
| 15118EvseCertificateAndChain |
Individual |
No |
Certificate used for SSL connections via 15118 |
W |
String |
|
| OcppUserCaCertificate |
Master |
No |
User CA Certificate (OCPP) |
R/W |
String |
|
| 15118ContractCaCertificate |
Individual |
No |
Contract CA Certificate (Mo Root CA for 15118) |
R/W |
String |
|
| ChargePointPublicAddress |
Master |
No |
Public address of the ChargePoint. If set, this address is put into the SOAP WSA-from field. If left empty, the public IP gets determined by the application. |
R/W |
String |
|
| NetworkConfigDHCPHostname |
Master |
No |
Hostname string sent to DHCP server along with a DHCP request. |
R/W |
String |
|
| StaticNetworkConfigAddress |
Master |
No |
Static LAN IP of the ChargePoint. |
R/W |
String |
192.168.0.100 |
| StaticNetworkConfigNetmask |
Master |
No |
Netmask to use for the LAN of the ChargePoint. |
R/W |
String |
255.255.255.0 |
| StaticNetworkConfigGateway |
Master |
No |
Gateway to use for the LAN of the ChargePoint. |
R/W |
String |
192.168.0.1 |
| StaticNetworkConfigDNS |
Master |
No |
DNS server to use for the LAN of the ChargePoint. |
R/W |
String |
8.8.8.8 |
| WANRouterPassword |
Master |
No |
Root password for the WAN router access (e.g. for the 'Teltonika RUTXXX'). |
R/W |
String |
admin01 |
| WANRouterDeviceName |
Master |
No |
Name of the device inside the WAN router to obtain the public IP from (e.g. 'wwan0' or '3g-ppp' on the 'Teltonika RUTXXX'). |
R/W |
String |
|
| SocketType2State |
Individual |
No |
State of TYPE2 socket at connector 1. |
R |
String |
|
| SocketSchukoState |
Individual |
No |
State of Schuko socket at connector 1. |
R |
String |
|
| PDL_Power |
Master |
No |
PDL Power |
R/W |
String |
|
| SignaledCurrentLimit |
Individual |
No |
The current in Ampere that is signaled to the vehicle via PWM. |
R |
String |
|
| ChargingScheduleAllowedChargingRateUnit |
Master |
Yes |
A list of supported quantities for use in a ChargingSchedule. |
R |
String |
Current |
| PhasesConnected |
Individual |
No |
This parameter shows, how the number of phases connected to the ChargePoint is configured. |
R |
String |
|
| WLANSSID |
Master |
No |
WLAN SSID of the WLAN the ChargePoint shall be connected to. |
R/W |
String |
|
| WLANPassword |
Master |
No |
WLAN password of the WLAN the ChargePoint shall be connected to. The Chargepoint automatically chooses the right encryption of the WLAN. |
R/W |
String |
|
| WLANNetworkConfigDHCPHostname |
Master |
No |
Hostname string sent to DHCP server along with a DHCP request. |
R/W |
String |
|
| WLANStaticNetworkConfigAddress |
Master |
No |
Static WLAN IP of the ChargePoint. |
R/W |
String |
192.168.1.100 |
| WLANStaticNetworkConfigNetmask |
Master |
No |
Netmask to use for the WLAN of the ChargePoint. |
R/W |
String |
255.255.255.0 |
| WLANStaticNetworkConfigGateway |
Master |
No |
Gateway to use for the WLAN of the ChargePoint. |
R/W |
String |
192.168.1.1 |
| WLANStaticNetworkConfigDNS |
Master |
No |
DNS server to use for the WLAN of the ChargePoint. |
R/W |
String |
8.8.8.8 |
| DlmState |
Individual |
No |
DLM State |
R |
String |
|
| DlmMasterIp |
Individual |
No |
DLM Master IP which is used for DLM-Slaves configured with Master-Fixed-IP. Additionally the connection port can be specified (IP[:port]). |
R/W |
String |
|
| TempDelta |
Both |
No |
Temperature change in degrees Celsius for which a new temperature measurement report is sent to the backend system. A value of 0 switches the reporting off. |
R/W |
Int |
[0..50] Def:5 |
| RCMBDelta |
Both |
No |
Residual current change for which e new residual current report is sent to the backend system as ocpp status notification, set to 0 to disable, value is indicated in tenth of milliamps |
R/W |
Int |
[0..999] Def:0 |
| MeterValueSampleInterval |
Both |
No |
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 greater than or equal to 60 to turn on. |
R/W |
Int |
[0..99999] Def:0 |
| ClockAlignedDataInterval |
Both |
No |
Interval in seconds after which a new meter value is sent to the backend system regardless of whether a charging transaction is ongoing or not. The sending of these values is aligned with the full hour. Set 0 to turn off or to a value greater than or equal to 60 to turn on. |
R/W |
Int |
[0..604800] Def:0 |
| HeartBeatInterval |
Master |
Yes |
The interval in seconds with which OCPP heartbeat messages are sent to the backend system. Modifying this parameter may upset the backend system (OCPP 1.5). |
R/W |
Int |
[10..3600] Def:240 |
| HeartbeatInterval |
Master |
Yes |
The interval in seconds with which OCPP heartbeat messages are sent to the backend system. Modifying this parameter may upset the backend system (OCPP 1.6). |
R/W |
Int |
[10..3600] Def:240 |
| BackendConnectionTimeout |
Master |
No |
The timeout in seconds that is used for establishing an APN connection, establishing a Proxy or Backend connection and for expecting responses from the Backend for OCPP requests. Only reduce this value to a smaller value if you can assure very good network connection. Increase the value to a larger value in case of bad network coverage, if you can accept long user interaction delays. |
R/W |
Int |
[3..300] Def:60 |
| ConnectionTimeOut |
Both |
Yes |
Interval (from successful authorization) until incipient charging session is automatically canceled due to failure of EV user to (correctly) insert the charging cable connector(s) into the appropriate connector(s). |
R/W |
Int |
[10..300] Def:45 |
| NumberOfConnectors |
Master |
Yes |
The number of physical charging connectors of this Charge Point. |
R |
Int |
[0..254] Def:1 |
| GetConfigurationMaxKeys |
Master |
Yes |
Maximum number of requested configuration keys in a GetConfiguration.req PDU. |
R |
Int |
[0..2000] Def:1 |
| TransactionMessageAttempts |
Individual |
Yes |
Determines how often the Charge Point should try to submit a transaction-related message when the Central System fails to process it. |
R/W |
Int |
[1..1000] Def:1000 |
| TransactionMessageRetryInterval |
Individual |
Yes |
Determines how long the Charge Point should wait before resubmitting a transaction-related message that the Central System failed to process. |
R/W |
Int |
[0..1000] Def:0 |
| ResetRetries |
Individual |
Yes |
Number of times to retry an unsuccessful reset of the Charge Point. |
R/W |
Int |
[0..100] Def:100 |
| PortBinaryOCPP |
Master |
No |
The TCP port of the proxy server for binary OCPP communication with the backend system. |
R/W |
Int |
[1..65535] Def:444 |
| OCPPSOAPPortChargePoint |
Master |
No |
The TCP server port on which the charge point accepts incoming connections from the backend system. Many backends require a specific port as only one port is allowed to be used by the backend firewall configuration |
R/W |
Int |
[81..65535] Def:8090 |
| RegenerateOcppCertAndKey |
Master |
No |
Trigger Regeneration of Private Key and Self Signed Certificate for OCPP |
W |
Int |
[0..10000] Def:0 |
| Regenerate15118CertAndKey |
Both |
No |
Trigger Regeneration of Private Key and Self Signed Certificate for 15118 |
W |
Int |
[0..10000] Def:0 |
| TcpWatchdogTimeout |
Both |
No |
This is the time in seconds in which the connection to the backend can be not working until the system reboots. Set it to 0 to disable rebooting |
R/W |
Int |
[0..100000] Def:10800 |
| NetworkConfigDHCPRetries |
Master |
No |
DHCP request number of retries before giving up. |
R/W |
Int |
[0..100000] Def:10 |
| NetworkConfigDHCPTimeout |
Master |
No |
DHCP request timeout in seconds. |
R/W |
Int |
[0..100000] Def:10 |
| NetworkConfigDHCPDelay |
Master |
No |
DHCP request delay between multiple requests in seconds. |
R/W |
Int |
[0..100000] Def:10 |
| WebsocketsPingInterval |
Master |
No |
WebSockets keep-alive interval in seconds or 0 when unused. Using keep-alive on WebSockets layer is especially useful when using a NAT router between ChargePoint and Backend. The ping-pong being sent prevents the NAT router from closing the websockets connection. |
R/W |
Int |
[0..100000] Def:0 |
| OperatorCurrentLimit |
Individual |
No |
The current in amperes that is signaled to the vehicle for charging. This value must be below the maximum current (see state view) of the charger but can be freely configured, even while charging. |
R/W |
Int |
[0..80] Def:16 |
| VentHeatingTempThr |
Both |
No |
Temperature threshold necessary to start or stop the fan or heater |
R/W |
Int |
[-40..100] Def:85 |
| WLANNetworkConfigDHCPRetries |
Master |
No |
DHCP request number of retries before giving up. |
R/W |
Int |
[0..100000] Def:10 |
| WLANNetworkConfigDHCPTimeout |
Master |
No |
DHCP request timeout in seconds. |
R/W |
Int |
[0..100000] Def:10 |
| WLANNetworkConfigDHCPDelay |
Master |
No |
DHCP request delay between multiple requests in seconds. |
R/W |
Int |
[0..100000] Def:10 |
| DlmInput1CurrOffsetPhase1 |
Master |
No |
|
R/W |
Int |
[-1000..0] Def:0 |
| DlmInput1CurrOffsetPhase2 |
Master |
No |
|
R/W |
Int |
[-1000..0] Def:0 |
| DlmInput1CurrOffsetPhase3 |
Master |
No |
Offset added to 'EVSE Sub-Distribution Limit' case external input 1 is high. Note: currently only negative values are supported |
R/W |
Int |
[-1000..0] Def:0 |
| DlmInput2CurrOffsetPhase1 |
Master |
No |
|
R/W |
Int |
[-1000..0] Def:0 |
| DlmInput2CurrOffsetPhase2 |
Master |
No |
|
R/W |
Int |
[-1000..0] Def:0 |
| DlmInput2CurrOffsetPhase3 |
Master |
No |
Offset added to 'EVSE Sub-Distribution Limit' in case external input 2 is high. Note: currently only negative values are supported |
R/W |
Int |
[-1000..0] Def:0 |
| LocalAuthListMaxLength |
Master |
Yes |
Maximum number of identifications that can be stored in the Local Authorization List |
R |
Uint |
[0..1000000] Def:1000000 |
| SendLocalListMaxLength |
Master |
Yes |
Maximum number of identifications that can be send in a single SendLocalList.req |
R |
Uint |
[0..45000] Def:45000 |
| UTCScheduledReboots |
Both |
No |
The UTC hour that is used for house keeping reboots. The charge controller reboots after 30 days to ensure uninterrupted operation. Reboots only occur with no vehicle connected and no customer present. Select a UTC hour in range [0..23] |
R/W |
Uint |
[0..23] Def:1 |
| TempStopThreshold2 |
Individual |
No |
Temperature threshold necessary to stop charging |
R/W |
Uint |
[40..100] Def:85 |
| TempReduceThreshold1 |
Individual |
No |
Temperature threshold necessary to start decreasing the current |
R/W |
Uint |
[40..100] Def:85 |
| ReducedCurrent |
Individual |
No |
Charging current value in Ampere when temperature is above temperature threshold 1 |
R/W |
Uint |
[6..80] Def:16 |
| AmbientCpuDelta |
Individual |
No |
Temperature delta for measurements from CPU temperature sensor. This value should be tuned according to the thermal characteristic of the charge station |
R/W |
Uint |
[0..150] Def:23 |
| PowerLineVoltage |
Individual |
No |
Single phase RMS voltage of the power source feeding the chargepoint in Volts. This is used for current calculation from power values from meter |
R/W |
Uint |
[1..1000] Def:230 |
| OcppMeterTCPPortNumber |
Individual |
No |
Specifies the TCP port of the OCPP modbus meter |
R/W |
Uint |
[0..65535] Def:502 |
| SecondMeterTCPPortNumber |
Individual |
No |
Specifies the TCP port of the OCPP modbus meter |
R/W |
Uint |
[0..65535] Def:502 |
| MCC |
Master |
No |
Mobile country code as determined from the SIM card. This tells you which country your SIM card comes from |
R |
Uint |
[0..2147483647] Def:0 |
| MNC |
Master |
No |
Mobile Network code as determined from the SIM card. This tells you which mobile network operator your SIM card comes from |
R |
Uint |
[0..2147483647] Def:0 |
| LAC |
Master |
No |
Location area code as reported by the built-in modem, this value can be used to determine the location of the charge point |
R |
Uint |
[0..2147483647] Def:0 |
| CellID |
Master |
No |
Cell Id as reported by the built-in modem, this value can be used to determine the finer location of the charge point |
R |
Uint |
[0..2147483647] Def:0 |
| RSSI |
Master |
No |
Receive Signal Strength Indicator as reported by the modem. This parameter is an indication how well the built-in modem can receive signals from the base station. Values meaning: [0: Extremely low], [1: Very low], [2-12: Low], [13-30: Good], [≥ 31: Excellent], [99: Unknown or undetectable] |
R |
Uint |
[0..99] Def:0 |
| ContactorCyclesType2 |
Individual |
No |
The number of times the contactor of the type 2 socket was switching on and off |
R/W |
Uint |
[0..9999999] Def:0 |
| ContactorCyclesSchuko |
Individual |
No |
The number of times the contactor of the schuko socket was switching on and off |
R/W |
Uint |
[0..9999999] Def:0 |
| SchukoFixedCurrent |
Individual |
No |
The current in (A) signaled for schuko connector. |
R/W |
Uint |
[10..99] Def:10 |
| CheckCarOverCurrentStopLimit |
Individual |
No |
When the charging current reported by the OCPP meter exceeds the signaled current by this percentage, charging will be stopped. |
R/W |
Uint |
[10..100] Def:30 |
| RCDAUTORECLOSUREDELAY |
Both |
No |
RCD auto reclosure delay in seconds |
R/W |
Uint |
[5..1800] Def:900 |
| RCDAUTORECLOSUREATTEMPTS |
Both |
No |
RCD auto reclosure attempts |
R/W |
Uint |
[1..10] Def:3 |
| VentHeatingHyst |
Both |
No |
This delta in degree (Celsius) allows to add hysteresis to the fan or heater control. In order to switch off the fan/heater the temperature must be below/above the configured temperature threshold minus/plus this delta. |
R/W |
Uint |
[0..25] Def:4 |
| EnergyManSecondMeterCurrentLim |
Individual |
No |
Current limit for energy management from second meter in Ampere (A) |
R/W |
Uint |
[1..300] Def:80 |
| EnergyManInputPowerCurrentLim |
Individual |
No |
Single Phase RMS current limit for energy management from external input in Ampere (A). Range: From 6A to 80 A. Set to 0A to pause charging |
R/W |
Uint |
[0..80] Def:16 |
| LaMa_ConnectionRate |
Individual |
No |
Secret key for Mennekes EnergyManager Input |
W |
Uint |
[0..100000] Def:16 |
| ConnectorPhaseRotationMaxLength |
Individual |
Yes |
Maximum number of items in a ConnectorPhaseRotation Configuration Key. |
R |
Uint |
[1..255] Def:1 |
| ChargeProfileMaxStackLevel |
Master |
Yes |
Max StackLevel of a ChargingProfile. |
R |
Uint |
[1..255] Def:255 |
| ChargingScheduleMaxPeriods |
Master |
Yes |
Maximum number of periods that may be defined per ChargingSchedule. |
R |
Uint |
[1..255] Def:255 |
| MaxChargingProfilesInstalled |
Master |
Yes |
Maximum number of Charging profiles installed at a time. |
R |
Uint |
[1..255] Def:255 |
| DlmPhase1Limit |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:16 |
| DlmPhase2Limit |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:16 |
| DlmPhase3Limit |
Master |
No |
Overall current limit for DLM available for distribution to EVs |
R/W |
Uint |
[0..10000] Def:16 |
| DlmOperatorPhase1Limit |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:16 |
| DlmOperatorPhase2Limit |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:16 |
| DlmOperatorPhase3Limit |
Master |
No |
Operator current limit for DLM available for distribution to EVs. The 'Operator EVSE Sub-Distribution Limit ' is equal or smaller than the 'EVSE Sub-Distribution Limit'. It can be changed without rebooting the chargepoint. Thus, a backend could use this parameter to alter the energy available for charging EVs dynamically. The backend will not be able to set a value higher than the 'EVSE Sub-Distribution Limit' |
R/W |
Uint |
[0..10000] Def:16 |
| DlmExtMeterMainDistributionLimitPhase1 |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:100 |
| DlmExtMeterMainDistributionLimitPhase2 |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:100 |
| DlmExtMeterMainDistributionLimitPhase3 |
Master |
No |
Current limit for DLM available for distribution to EVs and additional energy loads. This value is typically higher than the 'EVSE Sub-Distribution Limit' above. An external meter is required to detect the energy consumption of the additional load |
R/W |
Uint |
[0..10000] Def:100 |
| DlmExtLoadFallbackPhase1 |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:9999 |
| DlmExtLoadFallbackPhase2 |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:9999 |
| DlmExtLoadFallbackPhase3 |
Master |
No |
In the error case, where the external meter is disconnected or fails, 'External Load Fallback' is assumed as consumption of an additional consumer. Setting to a high value will result in no current available for the EVSE sub-distribution in that particular situation. Thus, charging would stop |
R/W |
Uint |
[0..10000] Def:9999 |
| DlmExtLoadHeadroomPhase1 |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:0 |
| DlmExtLoadHeadroomPhase2 |
Master |
No |
|
R/W |
Uint |
[0..10000] Def:0 |
| DlmExtLoadHeadroomPhase3 |
Master |
No |
Safety margin to avoid transient overload situations. The algorithm will keep headroom towards 'Main Distribution Limit' |
R/W |
Uint |
[0..10000] Def:0 |
| DlmExtLoadAvgLen |
Master |
No |
Meter values will be averaged in order to avoid transients. |
R/W |
Uint |
[2..3600] Def:5 |
| DlmDisconnectedLimit |
Individual |
No |
Current limit when disconnected from DLM network |
R/W |
Uint |
[0..100] Def:6 |
| DlmMinCurrentRating |
Individual |
No |
Minimum current limit that charging should not go below |
R/W |
Uint |
[6..100] Def:6 |
| DlmDiscoveryNetworkId |
Individual |
No |
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 |
R/W |
Uint |
[0..255] Def:0 |
| DlmCurrImbalanceLim |
Master |
No |
Maximum allowed phase imbalance. DLM will not exceed the 'Current Imbalance Limit' between phases when assigning current to EVs. |
R/W |
Uint |
[0..255] Def:20 |
| DlmPersistentSlavesCount |
Master |
No |
Number of persistent DLM slaves registered in DLM slave database |
R |
Uint |
[0..0] Def:0 |
| DataConsumption |
Master |
No |
Data Consumption (in bytes) for the running month. |
R |
Ulong |
[0..18446744073709551615] Def:0 |
| DataConsumptionLastMonth |
Master |
No |
Data Consumption (in bytes) for the previous month. |
R |
Ulong |
[0..18446744073709551615] Def:0 |
| Config15118 |
Individual |
No |
High Level (15118 protocol) Power Line Communication configuration. |
R/W |
Enum |
(0)Off
(1)On (Offer)
(2)On (Ed2)
Def:Off |
| Log15118 |
Individual |
No |
Enable the creation of the 15118_log.csv file with the input and output exi stream messages. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| TlsSupport15118 |
Both |
No |
If set to On, TLS communication between EV and EVSE will be used when EV asks for it. If set to Off, it will be up to the EV to decide if to establish a non TLS communication. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| LocalAuthListEnabled |
Master |
Yes |
Whether the Local Authorization List is enabled |
R |
Enum |
(0)Off
(1)On
Def:Off |
| fll |
Master |
No |
Local fixed authorization list |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| DisplayLanguage |
Individual |
No |
The language of display texts on the LCD display, if available. Only has effect if LCD is configured. |
R/W |
Enum |
(0)English
(1)Deutsch/German
(2)Multi-Language EN-DE-FR-NL
Def:Multi-Language EN-DE-FR-NL |
| RFIDEnable |
Individual |
No |
Enables or disables the RFID reader. Allows preventing error messages if no reader is installed |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| USBConfigUpdate |
Both |
No |
Allow update of the charge point configuration via USB stick. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| USBFirmwareUpdate |
Both |
No |
Allow update of the charge point firmware via USB stick. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| USBScriptExecution |
Both |
No |
Allow execution of a script via USB stick. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| CPUPerfMode |
Individual |
No |
CPU performance setting of the ChargePoint. 'Fast' configures maximum performance; 'Normal' configures reduced performance, which is sufficient for most use cases. ATTENTION: please change this setting only, if you know, what your are doing. Changing this setting will result in re-flashing of the bootloader. A reboot is required. Re-flashing will occur during reboot. Do not power off the ChargePoint, while the system is rebooting, as you might brick your system! |
R/W |
Enum |
(0)Fast
(1)Normal
Def:Fast |
| loglevel |
Individual |
No |
Level for the logging system |
R/W |
Enum |
(0)LOG_LEVEL_NONE
(1)LOG_LEVEL_USER_ERR
(2)LOG_LEVEL_USER_WARN
(3)LOG_LEVEL_USER_INFO
(4)LOG_LEVEL_ERR
(5)LOG_LEVEL_WARN
(6)LOG_LEVEL_INFO
(7)LOG_LEVEL_DBG
(8)LOG_LEVEL_VDBG
(9)LOG_LEVEL_TRACE
Def:LOG_LEVEL_DBG |
| GaroBoard |
Both |
No |
Enable or disable the use of the Garo Top Board for MCB and RCD inputs |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| ConnectionType |
Master |
No |
The type of data connection to be used to connect to the backend system, if any. Use this option to disable backend communication completely |
R/W |
Enum |
(0)No Backend
(1)GSM
(2)Ethernet
(3)USB
(4)WLAN
Def:No Backend |
| MeterType |
Individual |
No |
The type of meter used for the charging socket and its connector. This is relevant for OCPP transactions. |
R/W |
Enum |
(0)eHZ Meter
(6)Modbus Meter ABB
(19)Modbus B-Control EM300-LR
(20)Modbus Meter Carlo Gavazzi EM200
(21)Modbus Meter Carlo Gavazzi EM340
(7)Modbus Meter Eastron SDM630
(8)Modbus Eastron SDM120_220
(13)Modbus Meter Finder
(12)Modbus Meter Garo EM270
(10)Modbus Meter Garo GNM1D
(9)Modbus Meter Garo GNM3D
(22)Modbus Meter Garo GNM3T
(11)Modbus Meter Garo GM3T
(23)Modbus IME CE4DMID31
(15)Modbus Inepro PRO1_2
(16)Modbus Inepro PRO380
(18)Modbus NZR EcoCount S85
(17)Modbus Optec
(14)Modbus Saia ALE3
(24)Modbus Siemens 7KT1666
(28)Modbus Schneider iEM3555
(25)Modbus B-Control EM300-LR (TCP)
(26)Modbus Siemens 7KM2200 (TCP)
(27)Modbus Phoenix Contact EEM-MB371 (TCP)
(1)S0 Meter Opto C6/5
(2)S0 Meter Opto C8/7
(3)No Meter
Def:eHZ Meter |
| SecondMeterType |
Individual |
No |
Energy Management: the type of second meter, used only for input to manage the current on the grid. |
R/W |
Enum |
(0)eHZ Meter
(6)Modbus Meter ABB
(19)Modbus B-Control EM300-LR
(20)Modbus Meter Carlo Gavazzi EM200
(21)Modbus Meter Carlo Gavazzi EM340
(7)Modbus Meter Eastron SDM630
(8)Modbus Eastron SDM120_220
(13)Modbus Meter Finder
(12)Modbus Meter Garo EM270
(10)Modbus Meter Garo GNM1D
(9)Modbus Meter Garo GNM3D
(22)Modbus Meter Garo GNM3T
(11)Modbus Meter Garo GM3T
(23)Modbus IME CE4DMID31
(15)Modbus Inepro PRO1_2
(16)Modbus Inepro PRO380
(18)Modbus NZR EcoCount S85
(17)Modbus Optec
(14)Modbus Saia ALE3
(24)Modbus Siemens 7KT1666
(26)Modbus Siemens 7KM2200 (TCP)
(27)Modbus Phoenix Contact EEM-MB371 (TCP)
(25)Modbus B-Control EM300-LR (TCP)
(28)Modbus Schneider iEM3555
(1)S0 Meter Opto C6/5
(2)S0 Meter Opto C8/7
(3)No Meter
Def:No Meter |
| ModemNetworkOperFmt |
Master |
No |
Indicates if the operator name format is alphanumeric or numeric. Long alphanumeric format can be up to 16 characters long and short format up to 8 characters (refer GSM MoU SE.13) |
R/W |
Enum |
(0)Alphanumeric Long
(1)Alphanumeric Short
(2)Numeric
Def:Alphanumeric Short |
| ModemNetworkSelMode |
Master |
No |
In Automatic mode the modem chooses the operator. In manual mode the operator specified in requested operator name is used. In Manual/Auto, if manual selection fails, automatic mode is used. |
R/W |
Enum |
(0)Auto
(1)Manual
(2)Manual/Auto
Def:Auto |
| ModemNetworkType |
Master |
No |
The technology to be used to access the network 2G (GSM), 3G (UTRAN) or 4G (LTE). In auto mode the modem will choose the technology. |
R/W |
Enum |
(0)AUTO
(1)2G
(2)3G
(3)4G
Def:AUTO |
| ScanNetworkOperators |
Master |
No |
Determines whether upon boot a search for available network operators is carried out. The result can then be requested as separate parameter. The value is automatically set to off after boot. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| ModemNetworkState |
Master |
No |
The current network registration mode of the modem which informs about the technology (2G, 3G, 4G) and about the registration (home network, roaming...) |
R |
Enum |
(0)Disable
(1)Enable
(2)Enable with location
(3)Not Available
Def:Disable |
| OperatorSelectionMode |
Master |
No |
Operator Selection Mode, Auto or Manual... |
R |
Enum |
(0)Automatic
(1)Manual
(2)Deregister from network
(3)Set Only
(4)Manual/Automatic
(5)Not Available
Def:Automatic |
| GSMState |
Master |
No |
The registration state to the mobile network. |
R |
Enum |
(0)Not Registered and Not Searching
(1)Registered at Home Network
(2)Not Registered and Searching
(3)Registration Denied
(4)Unknown
(5)Registered (Roaming)
(6)Not Available
Def:Not Available |
| DataTransferTariffUsage |
Both |
No |
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 |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| StopTransactionModeUnplug |
Both |
No |
This allows to modify the behavior of the charger at the end of a transaction. Normal unlocks and stops the transaction already when the vehicle side plug is removed. Stop after unplugging causes a transaction to only be fully stopped when the cable is pulled out from the charging station. Only by RFID/RemoteStop only unlocks after the user interacts with the charger and not already when the vehicle side plug is removed. |
R/W |
Enum |
(0)Normal
(1)Stop only by unplugging
(2)Unlock only by RFID/RemoteStop
(3)Normal + Mode D + RCD detected
Def:Normal |
| ResetMeterValueS0 |
Both |
No |
Reset meter values after stop transaction to 0. This mode is recommended for S0 or internal 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 |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| IgnoreParentId |
Both |
No |
This feature allows to ignore the parent id when a different RFID card is used for stopping a transaction than for starting. This is useful for backends that do not use the parent id but that keep track of whether a charger is in charging mode or not |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| AuthorizeRemoteTxRequests |
Both |
Yes |
This parameter determines whether after receiving an OCPP RemoteStart request the charger should still send an OCPP Authorize message to the backend system. Some backends require this as OCPP could be interpreted to require this. Some backends are upset if this is done |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| AllowOfflineTxForUnknownId |
Both |
Yes |
This parameter determines whether a client is allowed to charge in case its authorization cannot be processed because the backend is offline or not reachable. If set to ON, the client is allowed to charge even if it cannot get authenticated from the white list nor from local cache. |
R/W |
Enum |
(0)Off
(1)On
(2)ImmediatelyWhenPlugged
Def:Off |
| InfoStatusNotifications |
Both |
No |
This parameter determines whether OCPP status notifications that are meant just for informative purposes (such as a temperature report) should be sent to the backend system or not |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| ErrorStatusNotifications |
Master |
No |
This parameter determines whether OCPP status notifications that are meant to report and error (such as when the plug locking system is broken) should be sent to the backend system or not |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| UsbErrorStatusNotifications |
Master |
No |
This parameter determines whether USB communication errors between master and slave are reported to backend |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| StatusNotificationStrategy |
Both |
No |
This parameter determines on which conditions the ChargePoint changes into the OCCUPIED state. In Occupied on Charging occupied is signaled only when authorization is there and a cable is plugged in. In Occupied on Authorized/Plugged the state changes to occupied already when the charger is authorized with nothing connected or when a cable/vehicle is connected but no authorization has taken place yet |
R/W |
Enum |
(0)Occupied on Authorized/Plugged
(1)Occupied on Charging
Def:Occupied on Charging |
| DisplayDisconnectAsError |
Master |
No |
Parameter that determines whether an error is signaled to the user when the backend connection is interrupted |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| SignedMeterValues |
Both |
No |
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. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| SignedMeterValuesFormat |
Both |
No |
The format of signed meter values. SML binary blobs are encoded with BASE64. |
R/W |
Enum |
(0)XML
(1)Full SML
(2)Short SML
Def:XML |
| AuthorizationCacheEnabled |
Master |
Yes |
Parameter that enables the use of the internal cache of RFID UID. If disabled, RFIDs even if reported from the backend with an expiry date are not added to an internal cache. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| HTBSendMeterPublicKey |
Both |
No |
Define whether to send the meter's public key to HTB backend. If ON, the meter's public key gets embedded into a proprietary DataTransfer message as defined by HTB which is sent to the backend after each BootNotification. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| idTagLetterCase |
Both |
No |
Parameter that makes the RFID tag management configurable to upper or lower case |
R/W |
Enum |
(0)Lower Case
(1)Upper Case
(2)Lower Case Reversed Byte Order
(3)Upper Case Reversed Byte Order
Def:Lower Case |
| RestartTransAfterPowerLoss |
Both |
No |
If this parameter is set to enable, the transaction that was interrupted by a power loss is continued once the power is back again |
R/W |
Enum |
(0)Off
(1)On
(2)On (BYES specific)
Def:Off |
| LocalAuthorizeOffline |
Both |
Yes |
Whether the Charge Point, when offline, will start a transaction for locally authorized identifiers |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| LocalPreAuthorize |
Master |
Yes |
Whether the Charge Point, when online, will start a transaction for locally authorized identifiers without requesting an Authorize.conf from the Central System |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| StopTransactionOnEVSideDisconnect |
Both |
Yes |
When set to true, the Charge Point SHALL administratively stop the transaction when the cable is unplugged from the EV. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| UnlockConnectorOnEVSideDisconnect |
Both |
Yes |
When set to true, the Charge Point SHALL unlock the cable on Charge Point side when the cable is unplugged at the EV. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| ReserveConnectorZeroSupported |
Master |
Yes |
If this configuration key is present and set to true: Charge Point support reservations on connector 0. |
R |
Enum |
(0)Off
(1)On
Def:On |
| FreeChargingMode |
Both |
No |
This allows to set the OCPP behavior in free charging mode. Note that in case of master slave scenario the slave will be automatically configured to the same mode the master uses |
R/W |
Enum |
(0)No OCPP
(1)With OCPP status notif without auth
(2)With OCPP status notif with auth
(3)With OCPP Full fixed Rfid with auth
(4)With OCPP Full fixed Rfid without auth
(5)With OCPP Full any Rfid
Def:No OCPP |
| AllowLongOcppGetConfKeys |
Both |
No |
This allows ocpp keys in get configuration command to have more than 500 characters |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| StopTransactionOnInvalidId |
Individual |
Yes |
Determines whether the Charge Point will stop an ongoing transaction when it receives a non-Accepted authorization status in a StartTransaction response. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| AuthorizeRecentlyConnectedOnly |
Both |
Yes |
Authorization considering the last vehicle or cable change. If it is set to Off, the authorization is done according to the actual cable or vehicle state. If it is set to On, the authorization is done considering the time when the cable or vehicle was plugged. If the cable or vehicle was connected more than 2 minutes before, then the connector with the most recent cable/vehicle state change is authorized. In case of master-slave configuration this parameter has to be set in both master and slave. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| OCPPMode |
Master |
No |
This parameter determines whether backend communication is done using the standard OCPP SOAP/JSON variant or the proprietary Binary OCPP variant of Ebee Smart Technologies. The Binary OCPP variant is working across NAT networks and therefore does not require a private APN for remote messages to arrive at the charge point. Also Binary OCPP uses much less data (factor 20 to 50) than standard OCPP. Binary OCPP however requires a Binary OCPP proxy on the backend side. |
R/W |
Enum |
(0)OCPP-S 1.5
(1)OCPP-S 1.6
(2)OCPP-J 1.6
(3)OCPP-B 1.5
(4)OCPP-B 1.6
Def:OCPP-S 1.5 |
| SSLModeClient |
Master |
No |
Allows to set how strict SSL authentication is, from no authentication (encryption only) to full authentication |
R/W |
Enum |
(0)Normal SSL Auth
(1)Allow expired certificate
(2)Skip host check
(3)Allow expired certificate and skip host check
(4)Encrypt only - No authentication
Def:Encrypt only - No authentication |
| SSLModeServer |
Master |
No |
Allows to set whether and how to use SSL as a server, from no authentication (encryption only) to full authentication |
R/W |
Enum |
(0)No SSL, Plain HTTP
(1)Normal SSL Auth
(2)Allow expired certificate
(3)Skip host check
(4)Allow expired certificate and skip host check
(5)Encrypt only - No authentication
Def:No SSL, Plain HTTP |
| ChargePointPublicAddressMode |
Master |
No |
Mode for selecting the public address of the ChargePoint. 'Local device' takes the address from the local communication interface (like e.g. eth0); 'Manual select' takes the address as filled in above; 'Auto select' determines the address by an outside service from the open internet. 'Teltonika RUTXXX' uses this kind of WAN router to obtain the public IP address. |
R/W |
Enum |
(0)Local device
(1)Manual select
(2)Auto select
(3)Teltonika RUTXXX
Def:Local device |
| NetworkConfigMode |
Master |
No |
Mode for ethernet configuration to be used for the ChargePoint. 'Auto' uses DHCP to configure the ChargePoint's ethernet connection; 'Static' uses the addresses as filled in static network configuration IP; 'DHCP server' assigns a predefined DHCP configuration to other DHCP clients in the same network (range 172.42.23.100-172.42.23.254]; netmask 255.255.255.0; gateway 172.42.23.1; DNS 172.42.23.1). The DHCP server's own IP is 172.42.23.1. Any static network configuration is ignored in case of DHCP server mode. Please consider to switch the 'WAN router' on in case of DHCP server enabled. |
R/W |
Enum |
(0)Auto (DHCP client)
(1)Static
(2)DHCP server
(1)Manual config
(0)Auto (DHCP)
Def:Auto (DHCP client) |
| WANRouter |
Both |
No |
Enables access from LAN interfaces (Ethernet/WLAN/USB) to WAN (GSM) interface. This will also enable the DNS forwarder. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| FreeCharging |
Both |
No |
This mode allows charging without authorization via RFID or the backend. Charging is started immediately after a vehicle is connected. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| CPDiodeDetection |
Individual |
No |
Set this value to on if you want to check before charging if the diode connected to the control pilot line is connected or not |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| WeldCheck |
Individual |
No |
Weld contactor detection (always enabled in CC1612) |
R/W |
Enum |
(0)DISABLE
(1)ENABLE OPTO C6/5
(2)ENABLE OPTO C8/7
Def:DISABLE |
| LockIfAuthorized |
Both |
No |
If set to On the locking of the actuator is made only after successful authorization. If set to Off, the locking is done when the cable is plugged. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| LockPermanently |
Individual |
No |
If set to On the Type 2 socket locking mechanism stays locked permanently once a charging cable is inserted. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| CheckCarOverCurrent |
Both |
No |
If set to On the current consumed by the vehicle will be checked against the signaled current. If the overload is above 10% the signaled current will be decreased by 10%. If the overload is above the configured percentage limit the charging will be stopped. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| RandomRestartAfterPowerLoss |
Both |
No |
This allow to randomly delay the delivery of energy to the car after a restart after a power loss. In case of many chargepoints connected to the same power line, this feature avoids a high peak of energy consumption in short period of time |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| PauseChargingStateD |
Both |
No |
If set to On, charging transactions are paused in case State D is detected. While state D is detected an error is reported to the user. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| AdcCpCalibrationCfg |
Individual |
No |
This parameter allows to enable the ADC calibration for the control pilot line´s states detection. Once calibrated, it is possible to trigger a re-calibration. Note that changes of this parameter require a reboot to take effect. |
R/W |
Enum |
(0)Off
(1)On
(2)Recalibrate
Def:Off |
| RCDTEST |
Individual |
No |
RCD Test |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| RCDRESET |
Individual |
No |
RCD Reset |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| RCDAUTORECLOSURE |
Both |
No |
This parameter allows to enable the automatic reclosure of the RCD. In CC612 the auxiliary relay output C3/4 is used |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| RCDENABLE |
Both |
No |
This parameter allows to enable RCD detection. It must be Off when there is no RCD connected to the controller. In CC612 the opto input C6/5 is used. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| MCBENABLE |
Both |
No |
This parameter allows to enable MCB detection. It must be Off when there is no MCB connected to the controller. In CC612 the opto input C8/7 is used. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| VentHeatingCtrlMode |
Both |
No |
This parameter allows to enable the activation of an external fan or heater according to the housing temperature or vehicle state |
R/W |
Enum |
(0)Off
(1)Status D (Ventilation Required by vehicle)
(2)Charging (Ventilation)
(3)Above threshold and charging (Ventilation)
(4)Above threshold (Ventilation)
(5)Below threshold (Heating)
Def:Off |
| TiltDetection |
Individual |
No |
This parameter allows to enable the tilt detection (CC1612 only). |
R/W |
Enum |
(0)Off
Def:Off |
| WeldCheckAuxRelay |
Both |
No |
When enabled, the auxiliary relay will be activated whenever the contactor is welded. If enabled in CC1612 the RCD test pin is not used but instead the selected ex out output |
R/W |
Enum |
(0)Off
(1)AUX
Def:Off |
| MonitoringRelayInput |
Individual |
No |
Use a unique input from a monitoring relay to trigger RCD/MCB |
R/W |
Enum |
(0)DISABLE
(1)ENABLE OPTO C8/7
(2)ENABLE OPTO C6/5
Def:DISABLE |
| EnergyManMeterPowerLimitCfg |
Individual |
No |
Enabling of energy Management from second meter |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| EnergyManInputPowerLimitCfg |
Individual |
No |
Enabling of energy Management from external input |
R/W |
Enum |
(0)DISABLE
(1)ENABLE OPTO C6/5
(2)ENABLE OPTO C8/7
Def:DISABLE |
| ConnectorPhaseRotation |
Individual |
No |
The phase rotation of the ChargePoint in respect to the grid connection. |
R/W |
Enum |
(0)RST (L1/L2/L3, Standard Reference Phasing)
(1)STR (L2/L3/L1, Standard 120 degree rotation)
(2)TRS (L3/L1/L2, Standard 240 degree rotation)
Def:RST (L1/L2/L3, Standard Reference Phasing) |
| ConnectorPhaseRotationIT |
Individual |
No |
The phase rotation of the ChargePoint in respect to the IT grid connection. |
R/W |
Enum |
(0)L1-L2
(1)L2-L3
(2)L3-L1
Def:L1-L2 |
| ConnectorSwitch3to1PhaseSupported |
Master |
Yes |
If defined and true, this ChargePoint supports switching from 3 to 1 phase during a charging session. |
R |
Enum |
(0)Off
(1)On
Def:Off |
| GhostCurrentFiltering |
Individual |
No |
Customer specifc wiring of a chargepoint might lead to false meter readings of the internal meter. The internal meter might read current on phases although there is none. Setting 'Ghost current filtering' to on will suppress those false readings. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| WLANNetworkConfigMode |
Master |
No |
Mode for WLAN network configuration to be used for the WLAN of the ChargePoint. 'Auto' uses DHCP to configure the ChargePoint's WLAN network connection; 'Static' uses the address configured in static network configuration IP; |
R/W |
Enum |
(0)Auto (DHCP client)
(1)Static
(1)Manual config
Def:Auto (DHCP client) |
| DlmMode |
Individual |
No |
Specifies the ChargePoint's role in a DLM network. There MUST be exactly one DLM Master in a DLM network managing multiple DLM-Slaves. Typically, a ChargePoint configured as DLM Master will also host an internal DLM-Slave. Note: A ChargePoint configured as standalone DLM Master will not host an internal DLM-Slave. If used for charging anyway, its power consumption will be not controlled by DLM! |
R/W |
Enum |
(0)Disabled
(1)DLM Master (With internal DLM-Slave)
(2)DLM Master (Standalone)
(3)DLM Slave (Master-Auto-Discovery)
(4)DLM Slave (Master-Fixed-IP)
Def:Disabled |
| DlmAlgo |
Master |
No |
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. In case there is no energy remaining to distribute, the car has to wait for a free slot. |
R/W |
Enum |
(0)Fair Trade (FIFO)
Def:Fair Trade (FIFO) |
| DlmAllowEVWakeup |
Master |
No |
Signal PWM to those EVs, which deliberately decided not to charge in order to allow them to wakeup and continue charging later. |
R/W |
Enum |
(0)Off
(1)On
Def:On |
| DlmExtMeterEnabled |
Master |
No |
If enabled, an external, secondary meter allows to also consider the power consumption of additional load. The power available for charging EVs will be adjusted accordingly. Please make sure, 'Meter configuration (Second)' is configured, preferably to a 3-phase, phase aware meter |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| DlmExtMeterLocation |
Master |
No |
Specifies, how the external meter is connected: in case the external meter measures the energy of chargepoints and additional consumer altogether, the value shall be set to 'Including EVSE Sub-Distribution', otherwise to 'Excluding EVSE Sub-Distribution' |
R/W |
Enum |
(0)Including EVSE Sub-Distribution
(1)Excluding EVSE Sub-Distribution
Def:Including EVSE Sub-Distribution |
| DlmRecalcInterval |
Master |
No |
The DLM algorithm will not calculate and re-assign current to it's DLM slaves any faster than at this configured rate. As an exception, EVs getting ready to charge will be considered and assigned current immedeately. |
R/W |
Enum |
(0)1 sec
(1)2 sec
(2)5 sec
(3)15 sec
(4)30 sec
(5)1 min
(6)10 min
(7)15 min
Def:30 sec |
| DlmInput1CurrOffsetCfg |
Master |
No |
Adds a configurable offset to 'EVSE Sub-Distribution Limit' based on GPI External Input 1 |
R/W |
Enum |
(0)DISABLE
(1)ENABLE OPTO C6/5
(2)ENABLE OPTO C8/7
Def:DISABLE |
| DlmInput2CurrOffsetCfg |
Master |
No |
Adds a configurable offset to 'EVSE Sub-Distribution Limit' based on GPI External Input 2 |
R/W |
Enum |
(0)DISABLE
(1)ENABLE OPTO C6/5
(2)ENABLE OPTO C8/7
Def:DISABLE |
| DlmCurrImbalancePreventionEnabled |
Master |
No |
If enabled, DLM will not exceed the 'Current Imbalance Limit' configured |
R/W |
Enum |
(0)Off
(1)On
Def:Off |
| DlmClearPersistentSlaves |
Master |
No |
Select 'Clear' and 'Save' to clear the database of known DLM slaves |
R/W |
Enum |
(0)-
(1)Clear
Def:- |
| DlmDisableDiscoveryBroadcast |
Master |
No |
Disables the broadcasting of DLM Discovery beacons in the DLM master. If disabled, DLM slaves will not be able to find their DLM master automatically with the help of the DLM Master-Auto-Discovery feature. |
R/W |
Enum |
(0)Off
(1)On
Def:Off |