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SolarEdge SE12.5K Modbus Register Map

The SolarEdge SE12.5K is a solar inverter used for PV production monitoring, inverter diagnostics, and energy analytics. This page provides a sample Modbus register map with addresses, data types, and signal categories to help engineers commission, troubleshoot, and monitor the device. For SolarEdge SE12.5K deployments, teams often use this map to surface voltage, current, and power data in solar inverter monitoring and renewable energy systems.

This page shows a preview subset of the full device map available in Modbus Monitor XPF.

Engineers searching for SolarEdge SE12.5K Modbus map, SolarEdge SE12.5K register map, or SolarEdge SE12.5K Modbus registers can use this page as a compatibility snapshot before importing the full map into Modbus Monitor XPF.

Overview

  • Device: SolarEdge SE12.5K
  • Type: Solar Inverter
  • Protocol: Modbus RTU / Modbus TCP
  • Use case: PV production monitoring, inverter diagnostics, and energy analytics
  • Works with: Modbus Monitor XPF (import directly)

Download Modbus Map

The full SolarEdge SE12.5K Modbus register map is available inside Modbus Monitor XPF as a pre-built device map. Download the free feature-locked version to access and export the complete map.

Register Table (Sample)

Sample registers from the SolarEdge SE12.5K Modbus map. Import the full map in Modbus Monitor XPF to access all registers.

Signal Address Type Units Category
I AC VoltageAB 440077 UINT16 V Voltage
I AC Current 440072 UINT16 - Current
I AC Power 440084 INT16 kW Power
I AC Energy WH 440094 UINT32 kWh Energy
I AC Frequency 440086 UINT16 Hz Frequency
I AC PF1 440092 INT16 - Power Factor
I Status 440108 UINT16 - Status
I AC VA 440088 INT16 - General
I AC CurrentA 440073 UINT16 - Current
I AC CurrentB 440074 UINT16 - Current
I AC CurrentC 440075 UINT16 - Current
I AC Current SF 440076 INT16 - Current

How to Use This Map

  1. Download Modbus Monitor XPF — Get the free version.
  2. Select the SolarEdge SE12.5K device map — pre-built maps are bundled and ready to load.
  3. Connect to your device — enter the device IP or COM port and start polling registers immediately.
  4. Visualise and log — build dashboards, trend data, and export readings without manual register entry.

Why Use Pre-Built Maps

  • Saves time — no need to manually look up or enter register addresses
  • Reduces errors — pre-validated maps eliminate mis-typed addresses and wrong data types
  • Speeds commissioning — connect and poll within minutes instead of hours
  • Reusable across projects — use the same map across multiple sites and installations

Data Categories Available

  • Voltage
  • Current
  • Power
  • Power Factor
  • Status
  • Frequency