Self configured energy meter | SmartgridOne Documentation

Self-configured energy meter (*special support terms apply)

When your energy meter has configurable modbus addresses (or when your energy meter is not in the list of supported devices) , we supply a feature to configure an energy meter yourself. It's a process that allows you to set up the energy meter as a modbus slave, enabling it to communicate with the SmartgridOne Controller.

Caution

WARNING: Special support terms apply: *Please note that this feature is provided “as-is” and should be used at your own risk. If you run into any issues or need dedicated assistance, we’re happy to help under a support contract. Contact for pricing and availability.

Step 1

Connect the meter to the SmartgridOne Controller using RS485 or Modbus TCP.

For Modbus-TCP ethernet: Please follow . For correct ethernet wiring:
For RS485: Please follow

Also, check your meter's manual for the correct wiring and connection details and check if any settings need to be changed to enable the modbus communication.

Step 2

Collect the following information from your energy meter:

Modbus address: The address of the energy meter on the RS485 bus.
Baud rate: The communication speed of the energy meter (e.g., 9600, 19200, etc.).
Parity: The parity setting of the energy meter (e.g., None, Even, Odd).
Register information: For each measurement you want to read, you'll need:
- Register address (in decimal)
- Data type (e.g., int16, uint32, float32)

Self-configured energy meter (*special support terms apply)

Caution

Step 1

Connect the meter to the SmartgridOne Controller using RS485 or Modbus TCP.

For Modbus-TCP ethernet: Please follow . For correct ethernet wiring:
For RS485: Please follow

Also, check your meter's manual for the correct wiring and connection details and check if any settings need to be changed to enable the modbus communication.

Step 2

Collect the following information from your energy meter:

Modbus address: The address of the energy meter on the RS485 bus.
Baud rate: The communication speed of the energy meter (e.g., 9600, 19200, etc.).
Parity: The parity setting of the energy meter (e.g., None, Even, Odd).
Register information: For each measurement you want to read, you'll need:
- Register address (in decimal)
- Data type (e.g., int16, uint32, float32)

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Self-configured energy meter (*special support terms apply)

Caution

Step 1

Step 2

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Self-configured energy meter (*special support terms apply)

Caution

Step 1

Step 2

On this page

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Step 5

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