Connect Pylontech Force H3X hybrid systems or C&I cabinet and container systems to the Sofar EMS. Choose the matching system family below: their connection settings and available functions differ.
Three-phase hybrid inverters for smaller installations. In beta and available on request. These additions are not yet included in the standard release. Request the existing integration through Eniris support.
| Model | Inverter power | Connection | Availability | Physical validation |
|---|---|---|---|---|
| PYL-FH3X8K-HY-3P | 8 kW | Modbus TCP | In beta and available on request | Commissioning test required |
| PYL-FH3X10K-HY-3P | 10 kW | Modbus TCP | In beta and available on request | Charging and discharging tested on FH3X10KHY3PEU, firmware 1.0.0.29 |
| PYL-FH3X12K-HY-3P | 12 kW | Modbus TCP | In beta and available on request | Commissioning test required |
| PYL-FH3X15K-HY-3P | 15 kW | Modbus TCP | In beta and available on request | Commissioning test required |
The power shown is the inverter rating, not a guarantee of battery charge/discharge power. The installed battery modules and BMS can impose lower limits. See Force H3X connection and control for the available functions and limitations.
| Device Type | Modbus TCP (Ethernet) | RS485 | Reactive power control |
|---|---|---|---|
| C&I OPTIM US A100-HY via L-EMS | ✅ | ❌ | — |
| C&I OPTIM US L417-BAT via L-EMS | |||
| C&I OPTIM US A300-HY via L-EMS | |||
| C&I OPTIM US A329-BAT via L-EMS | |||
| C&I OPTIM US L260-OMNI via L-EMS | |||
| C&I Container A1000-OMNI via L-EMS | |||
| C&I Container L5000-BAT via L-EMS | |||
| C&I Container A2000-OMNI via L-EMS | |||
| C&I Container L2200-OMNI via L-EMS | |||
| C&I Container-connected grid meter |
The cabinet integration described in this section uses Modbus TCP with the L-EMS protocol. This protocol is available on Pylontech devices with a 'recent' firmware version. Please refer to the Pylontech support or documentation to check if your device supports the L-EMS protocol.
In beta and available on request. An H3X integration already exists. Contact Eniris through your existing support conversation to request commissioning of this integration; a new integration request is not required for these models. The custom-driver additions and the battery-temperature improvement are not yet part of the standard release.
The validation status of each model is listed in the table above. This integration does not establish compatibility for Force H4X or single-phase models.
Start from Pylontech self-consumption mode and avoid a competing dynamic controller. The beta controller takes over external power control and returns to self-consumption on release. Without a correctly connected Pylontech grid meter, that fallback does not guarantee local zero export.
AC limiting requires the inverter's Fixed active power setting. During charging, the AC limit must leave room for the requested charge power. Consequently, this setting does not guarantee zero export during charging, particularly with simultaneous PV generation. Site-meter regulation, device response time and commissioning tests remain necessary for grid limits.
No communication watchdog has been confirmed for this integration: the last external power request may remain active after communication loss. Commissioning must verify the installation's fallback behaviour before unattended operation.
In beta and available on request. A separate improvement reads the H3X battery temperature from the BMS at unit ID 1. The register value has been checked against a live system and the software tests pass; the updated controller build still requires installation and field validation. This status applies to the temperature improvement, not to all existing H3X monitoring.
LAN2 with a RJ45 cable to a network switch exposed to the internet.