| Device Type | Modbus TCP (Ethernet) | RS485 | Curtailment | Minimum device firmware version |
|---|---|---|---|---|
| H3 (Non-Pro, Non-Smart): → ❗See note below ❗ | ❌ | ✅ | ❗(see below) | Master: 2.05, Manager: 1.85 (*) |
| H3 AIO (All-In-One) | ✅ | ❌ | Master: 1.33, Manager: 1.37 (*) | |
| H3-Smart | ⌛ (in development) | Master: 1.25, Manager: 1.14 (*) |
| H3-Pro | Master: 1.62, Manager: 1.34 (*) |
| H1 | (experimental, requires testing) | Master: 1.70, Manager: 1.78 (*) |
| H1-G2 | ⌛ (in development) | Master: 1.40, Manager: 1.54 (*) |
| P3-SH | ✅ (experimental) | ✅ (experimental) | Master: 1.62, Manager: 1.34 (*) |
H3 (Non-Pro, Non-Smart) The H3 (Non-Pro, Non-Smart) has different communication protocol depending on the inverter 'master version' and 'manager version'. Choose the corresponding integration based on the inverter's software versions.
✅ Curtailment is supported for Firmware versions master v.2.05 and manager v.1.85 and below.
⌛ Curtailment is in development for Firmware versions master v.2.06 and manager v.1.86 and above.
The H3 (non-pro, non-smart) series uses a different communication protocol than the H3 Pro and H3 Smart series. Therefore, when selecting the device type in the SmartgridOne Controller, you must be very sure that you select the correct type.
Supported Firmware versions (*) The integration may work for older firmware versions, but these are not tested.
The default modbus address, or device ID, is 247. Keep this in mind when scanning for an inverter. You can change the minimum and maximum bus addresses the controller will scan in the scan parameters.
For correct ethernet wiring: Follow the .
You cannot connect it through the WiFi dongle.
The inverter can be connected to the SmartgridOne Controller via RS485. This is done through connection [J] in the image below.
| Device | SmartgridOne Controller model OM1 | SmartgridOne Controller model IG8 | RS485-USB converter | RS485-Ethernet converter |
|---|---|---|---|---|
| Logger 485A / pin 1 | RS485 A | RS485_POS | RS485 A | TX+ |
| Logger 485B / pin 2 | RS485 B | RS485_NEG | RS485 B | TX- |
| N/A | RS GND | GND | Not available | G |
| Device | SmartgridOne Controller model OM1 | SmartgridOne Controller model IG8 | RS485-USB converter | RS485-Ethernet converter |
|---|---|---|---|---|
| EMS 485A / pin 17 | RS485 A | RS485_POS | RS485 A | TX+ |
| EMS 485B / pin 18 | RS485 B | RS485_NEG | RS485 B | TX- |
| N/A | RS GND | GND | Not available | G |
The control must be activated through the inverter, and the meter must be deactivated. This is done through the display in the Feature Parm menu. First, open the Feature Parm menu as follows:
Use the display further from the Feature page to activate the control, following the steps below:
The meter must be deactivated. The control will be taken over by the SmartgridOne Controller. Therefore, the meter should not be connected to the inverter but to the SmartgridOne Controller. To deactivate the meter in the settings, follow these steps:
The address of the inverter can also be set through the display.
Faster scanning The SmartgridOne Controller starts scanning from address 1 by default. Choosing a lower address will make your inverter be found faster.
Multiple inverters If you have multiple inverters then it is important to set the parallel addresses, each inverter should have a different address.
Remote control is activated by default, you do not need to change any settings.
Changing the inverter address (or device ID) can be done in the smae way as the H3 (see above).