> For the complete documentation index, see [llms.txt](https://docs.voltmasters.io/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.voltmasters.io/device-integrations/pv-inverters/solax.md).

# SolaX

Our EMS supports integration with PV inverters from SolaX.

SolaX develops three-phase solar inverters for residential, commercial, and industrial installations. The integration enables centralized monitoring and active power control of SolaX production through our EMS platform.

{% hint style="info" %}
For SolaX **battery storage** (the EMS1000 energy management unit), see [SolaX in Battery Systems](/device-integrations/battery-systems/solax.md).
{% endhint %}

### Supported devices

We support the following SolaX inverter series:

* **X3-MIC G2**: three-phase string inverter (3K–15K), now supporting a 4th PV string.
* **X3-PRO G2**: three-phase string inverter (8K–30K), including the **X3-PRO-15K-G2**.
* **X3-MEGA G2**: three-phase inverter for larger installations (40K–60K).
* **X3-FORTH**: three-phase inverter for large installations (75K–125K).

### EMS functionality

With the current integration, our EMS enables:

* Monitoring of PV production data
* Active power curtailment where supported
* Integration of PV production into broader energy management strategies

### Add a SolaX inverter to the EMS

Add the inverter through the device wizard and select the matching **model**.

**Modbus TCP**\
If the inverter is reachable over the network via Modbus TCP, add it directly using its IP address and port.

**RS485**\
If the inverter communicates via RS485, use an **RS485-to-Modbus-TCP converter** (such as the [EP E300](/getting-started/adding-and-verifying-devices/rs485-to-modbus-tcp-adapters/ep-e300.md)) so the EMS can reach it over the network.


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