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SmartLogger3000 User Manual

This document describes the SmartLogger3000 and SmartModule1000A01 in terms of installation, electrical connections, system operation, maintenance, and troubleshooting.

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Setting MBUS Parameters

Setting MBUS Parameters

Setting Parameters for a Built-in MBUS Module

Procedure

  1. Set access parameters.
    Figure 6-41 Setting parameters for a built-in MBUS module

    Parameter

    Description

    Built-in MBUS
    • When the SmartLogger communicates with the inverter using a built-in MBUS module, set this parameter to Enable.
    • When the SmartLogger communicates with the inverter and third-party device only over RS485, set this parameter to Disable.

    Device disconnection time

    Specifies the device disconnection time.
  2. Set networking parameters.
Figure 6-42 Setting built-in MBUS networking

Tab

Parameter

Description

Running Param.

Anti-crosstalk

Set this parameter to Enable. When the transformer station number and winding number of the inverter are the same as those of the MBUS, or the inverter SN is in the SN list, the inverter can connect to the SmartLogger over an MBUS network.

Network frequency band

Set this parameter based on site requirements.

Box-type transformer No.

Set this parameter based on the number of the transformer station connected to the SmartLogger.

Winding No.

In the scenario of multi-split transformer stations, set this parameter based on the winding number of the transformer station connected to the SmartLogger.

Networking
  • When the SmartLogger communicates with the inverter over MBUS, set Networking to Enable.
  • When the SmartLogger communicates with the inverter only over RS485, set Networking to Disable.

Power settings

This parameter is used to adjust the transmit power of MBUS signals. A larger value indicates higher transmit power and better networking capabilities. The default value is 8 (NA is displayed). You can set this parameter based on actual requirements.

Transmit mode[1]
  • Set this parameter to Single-phase in the rapid power grid scheduling scenario and to Three-phase in other scenarios.
  • If this parameter is set to Single-phase, ensure that the MBUS three-phase AC power cable connection of the SmartLogger is the same as that of the inverter. Otherwise, the inverter communication may be disconnected or some commands may be lost.

Fast control frame type[2]
  • This parameter specifies the frame type used by the MBUS module for rapid power grid scheduling.
  • The MBUS module adaptively selects FC frame or Common frame.

Fast scheduling[3]

Set this parameter based on the actual networking.

  • If the fast scheduling function is required, set this parameter to Enable.
  • If the fast scheduling function is not required, set this parameter to Disable.

SN List

-
  • Maintain the inverter SN list.
  • You can click Synchronize to synchronize the transformer station number and winding number of the MBUS module to the inverters in the SN list.
    NOTICE:
    • If MBUS networking is used, an SN list, that is, a whitelist, must be set for inverters.
    • The inverter whitelist can be set one by one or in batches.
      • One by one: Click Add, enter the SN of the corresponding inverter, and click Submit.
      • In batches:

        Method 1: If the whitelist is set for the first time, click Template, download the .zip package to the local PC, decompress it, and enter the SNs of multiple inverters in the .csv file by referring to the format of the template. Click Import to import the modified .csv file, and then click Submit.

        Method 2: If the whitelist is not set for the first time, click Export, download the .zip package to the local PC, decompress it, and add the SNs of multiple inverters to the .csv file based on the format of the exported .csv file. Click Import to import the modified .csv file, and then click Submit.

Note [1]: This parameter can be set only in SmartMBUS V100R001C00SPC212 and later versions.

Note [2]: This parameter can be set only in SmartMBUS V100R001C00SPC212 and later versions, but has been deleted in SmartMBUS V100R001C00SPC220 and later versions.

Note [3]: This parameter can be set only in SmartMBUS V100R001C00SPC220 and later versions.

Setting Parameters for an External MBUS Module

Set parameters for an external MBUS module based on the model of the connected device. The models of external MBUS modules include SmartMBUS CCO01A and SmartMBUS CCO01B.

Setting SmartMBUS CCO01A Parameters

Procedure

  1. Set access parameters.
    • Method 1: Click Auto. Search to connect to the MBUS module.
    • Method 2: Click Add Devices, set access parameters, and click Add Devices.
    Figure 6-43 Setting access parameters for an external MBUS module

    Parameter

    Description

    Device Type

    Set this parameter to MBUS.

    Port number

    Set this parameter to the COM port connected to the MBUS module.
  2. Set networking parameters.
Figure 6-44 Setting external MBUS networking

Tab

Parameter

Description

Running Param.

Baud rate

Retain the default value 115200 to achieve better communication performance.

Anti-crosstalk

Set this parameter to Enable. When the transformer station number and winding number of the inverter are the same as those of the MBUS, or the inverter SN is in the SN list, the inverter can connect to the SmartLogger over an MBUS network.

Network frequency band

Set this parameter based on site requirements.

Box-type transformer No.

Set this parameter based on the number of the transformer station connected to the SmartLogger.

Winding No.

In the scenario of multi-split transformer stations, set this parameter based on the winding number of the transformer station connected to the SmartLogger.

Networking
  • When the SmartLogger communicates with the inverter over MBUS, set Networking to Enable.
  • When the SmartLogger communicates with the inverter only over RS485, set Networking to Disable.

Power settings

This parameter is used to adjust the transmit power of MBUS signals. A larger value indicates higher transmit power and better networking capabilities. The default value is 8 (NA is displayed). You can set this parameter based on actual requirements.

Transmit mode[1]
  • Set this parameter to Single-phase in the rapid power grid scheduling scenario and to Three-phase in other scenarios.
  • If this parameter is set to Single-phase, ensure that the MBUS three-phase AC power cable connection of the SmartLogger is the same as that of the inverter. Otherwise, the inverter communication may be disconnected or some commands may be lost.

Network interface[1]
  • This parameter is used to enable communication between the MBUS module and the SmartLogger network interface.
  • The default value is Disable. Set this parameter to Enable only in the power grid fast scheduling scenario. Ensure that the LAN interface on the SmartLogger or SmartModule is connected to the network interface on the MBUS module.

IP address[1]

IP address of the MBUS module. The default value is 192.168.8.249. Change the value only when an IP address conflict occurs.

Fast control frame type[2]
  • This parameter specifies the frame type used by the MBUS module for rapid power grid scheduling.
  • The MBUS module adaptively selects FC frame or Common frame.

Fast scheduling[3]

Set this parameter based on the actual networking.

  • If the fast scheduling function is required, set this parameter to Enable.
  • If the fast scheduling function is not required, set this parameter to Disable.

SN List

-
  • Maintain the inverter SN list.
  • You can click Synchronize to synchronize the transformer station number and winding number of the MBUS module to the inverters in the SN list.
    NOTICE:
    • If MBUS networking is used, an SN list, that is, a whitelist, must be set for inverters.
    • The inverter whitelist can be set one by one or in batches.
      • One by one: Click Add, enter the SN of the corresponding inverter, and click Submit.
      • In batches:

        Method 1: If the whitelist is set for the first time, click Template, download the .zip package to the local PC, decompress it, and enter the SNs of multiple inverters in the .csv file by referring to the format of the template. Click Import to import the modified .csv file, and then click Submit.

        Method 2: If the whitelist is not set for the first time, click Export, download the .zip package to the local PC, decompress it, and add the SNs of multiple inverters to the .csv file based on the format of the exported .csv file. Click Import to import the modified .csv file, and then click Submit.

Note [1]: This parameter can be set only in SmartMBUS V100R001C00SPC212 and later versions.

Note [2]: This parameter can be set only in SmartMBUS V100R001C00SPC212 and later versions, but has been deleted in SmartMBUS V100R001C00SPC220 and later versions.

Note [3]: This parameter can be set only in SmartMBUS V100R001C00SPC220 and later versions.

Setting SmartMBUS CCO01B Parameters

The SmartLogger3000 software versions of V300R023C00SPC110 and later support FE access.

Procedure

  1. (Optional) If the SmartMBUS CCO01B is installed in the STS, set Built-in MBUS to Disable on the SmartLogger3000, as shown in Figure 6-45. If the SACU model is SmartACU2000D-D-02 or SmartACU2000D-D-03, remove the power supply to disable the CCO module installed in the SACU to prevent communications interference between the two CCO modules. If the preceding conditions are not met, skip this step.
    Figure 6-45 Setting parameters for a built-in MBUS module
  2. Set access parameters.
    • If FE communication is selected for the SmartMBUS CCO01B, the SmartMBUS CCO01B is automatically added.
    • If RS485 communication is selected for the SmartMBUS CCO01B, you have two methods to add a device.

      Method 1: Click Auto. Search to connect to the MBUS module.

      Method 2: Click Add Devices, set access parameters, and click Add Devices.

      Figure 6-46 Setting access parameters for an external MBUS module

      Parameter

      Description

      Device Type

      Set this parameter to MBUS.

      Port number

      Set this parameter to the COM port connected to the MBUS module.
  3. Set networking parameters.
Table 6-12 Setting parameters for external MBUS networking

Tab

Parameter

Description

Running Param.

Baud rate

Retain the default value 115200 to achieve better communication performance. This parameter is set only when the SmartMBUS CCO communication mode is set to RS485.

Anti-crosstalk

Set this parameter to Enable. When the transformer station number and winding number of the inverter are the same as those of the MBUS, or the inverter SN is in the SN list, the inverter can connect to the SmartLogger over an MBUS network.

Box-type transformer No.

Set this parameter based on the number of the transformer station connected to the SmartLogger.

Winding No.

In the scenario of multi-split transformer stations, set this parameter based on the winding number of the transformer station connected to the SmartLogger.

Networking
  • When the SmartLogger communicates with the inverter over MBUS, set Networking to Enable.
  • When the SmartLogger communicates with the inverter only over RS485, set Networking to Disable.

Power settings

This parameter is used to adjust the transmit power of MBUS signals. A larger value indicates higher transmit power and better networking capabilities. The default value is 8 (NA is displayed). You can set this parameter based on actual requirements.

Fast scheduling

Set this parameter based on the actual networking.

  • If the fast scheduling function is required, set this parameter to Enable.
  • If the fast scheduling function is not required, set this parameter to Disable.

Network frequency band

Retain the default value. If you have any questions, contact the supplier or technical support.

SN List

-
  • Maintain the inverter SN list.
  • You can click Synchronize to synchronize the transformer station number and winding number of the MBUS module to the inverters in the SN list.
    NOTICE:
    • If MBUS networking is used, an SN list, that is, a whitelist, must be set for inverters.
    • The inverter whitelist can be set one by one or in batches.
      • One by one: Click Add, enter the SN of the corresponding inverter, and click Submit.
      • In batches:

        Method 1: If the whitelist is set for the first time, click Template, download the .zip package to the local PC, decompress it, and enter the SNs of multiple inverters in the .csv file by referring to the format of the template. Click Import to import the modified .csv file, and then click Submit.

        Method 2: If the whitelist is not set for the first time, click Export, download the .zip package to the local PC, decompress it, and add the SNs of multiple inverters to the .csv file based on the format of the exported .csv file. Click Import to import the modified .csv file, and then click Submit.
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Updated: 2023-11-15

Document ID: EDOC1100108365

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