In beta and available on request. The additions in this overview require the matching integration or controller update and are not confirmed as part of the standard customer release. Request them through your existing Eniris support conversation. The status applies to these additions, not to every existing function of the devices listed elsewhere on this page.
| Model / system | Beta addition | Validation and conditions |
|---|---|---|
| SolaX G4 / parallel hybrids | Master/slave identification and operating-state updates | Select matching controller update |
| Model / system | Beta addition | Validation and conditions |
|---|---|---|
| SolaX X3-AELIO / EMS1000 custom variant | Limit battery-request changes to 5 kW per command | Not a guaranteed ramp per second; commission actual system |
| SolaX EMS1000, separate implementation | C&I control implementation candidate | Technical assessment, physical validation and migration required |
| Model / system | Beta addition | Validation and conditions |
|---|---|---|
| SolaX X3-MGA-60K-G2 | Read-only monitoring | Physical validation pending |
| SolaX MIC-G2 / PRO-G2 | Modbus TCP monitoring candidates | Technical assessment and exact-model commissioning required |
| SolaX M340 | Separate Modbus TCP monitoring candidate | Technical assessment and physical measurements required |
See integration details for connection requirements and operating limitations.
| Device Type | Modbus TCP (Ethernet) | RS485 | Curtailment | Reactive power control | Minimum device firmware version |
|---|---|---|---|---|---|
| Solax X1 Hybrid G4 | ✅ | ✅ | ✅ | — | |
| Solax X3 Hybrid G4 | |||||
| Solax X3 Ultra | ARM 026.01-000.09 | DSP 025.04 | Module 1.007.02 | ||||
| Solax X3 Ultra GLV | |||||
| Solax X1 IES | |||||
| Solax X3 IES | |||||
| Solax ESS-TRENE | ❌ | ||||
| Solax ESS-AELIO | |||||
| EMS 1000 |
For the Solax X3 Hybrid G4 please make sure that the inverter has the latest firmware version installed.
The RS485 interface uses only the pin4 (blue wire) and pin5 (white-blue). Polarity matters, so make sure pin4 (blue wire in typical cables) is connected to the A lead of your adapter and pin5 (white-blue wire) to the B lead of your adapter.
RS485 cables can be fairly long, so 25 meter or more is possible. You can use the blue pair of a standard cat5 or cat6 cable.
The inverter leaves the factory at 19200 baud, with 8 data bits, no parity and 1 stop bit. The baud rate can be changed on the inverter, and Solax also allows 9600, 14400, 38400, 56000, 57600 and 115200 - so check what your inverter is actually set to, and make sure the Ethernet to RS485 adapter is set to the same baud rate. You can confirm the baud rate on the LCD screen on the front of your Inverter, within the Menu's.
The Modbus address by default is 1. Some people have reported that their Modbus address was 4.
There is a port marked COM on the G4 inverter, some user manuals by mistake claim that this is an Ethernet port.
DO NOT CONNECT THIS COM PORT TO AN ETHERNET SWITCH - your Ethernet switch port will die if you do!!!
When configuring the SolaX Modbus integration, specify the network IP address of the converter device, not the address of the SolaX. Do not tick the Serial RS485 flag; the serial port is ignored in this setup.
It should be possible to connect multiple inverters to the same RS485 adapter (eg Waveshare). The inverters must have different Modbus addresses, so you need to change the Modbus addresses of the inverters first. Then configure one instance for each inverter. The configuration dialogue allows you to set the Modbus address.
The use of Terminating resistors is required when connecting multiple Inverters. Place a 120Ohm resistor accross A&B at the RS485 adaptor and place a 120Ohm resistor accross A&B on the last connected Inverter.
Parallel-system support explicitly identifies master/slave operation. G4 operating-state decoding covers mode values 20 through 28.
An X3-AELIO / EMS1000 custom variant limits the change in a battery-power command to 5 kW per command; this is not a guaranteed ramp in kW per second. A separate X3-MGA-60K-G2 implementation is monitoring-only and still requires physical validation.
An earlier implemented candidate remains available for technical assessment on request. Its earlier review was closed; Eniris must review and prepare the appropriate version before installation. It is not a ready-to-install standard release. Separate Modbus TCP implementations exist for MIC-G2 / PRO-G2 and M340 monitoring. These are distinct from the hybrid battery integration; exact model support and measurements require commissioning.
An earlier implemented candidate remains available for technical assessment on request. Its earlier review was closed; Eniris must review and prepare the appropriate version before installation. It is not a ready-to-install standard release. A separate EMS1000 implementation covers the C&I control path. It is distinct from the small hybrid and MIC/PRO inverter mappings. Physical validation and migration remain required.