Available datapoints depend on the inverter type and on which values the inverter actually sends.

In MQTT and in the JSON output you will mainly see these groups:

• RawData: original inverter replies and command answers
• EspData: device information, Wi-Fi, MQTT status and ESP runtime sensors
• DeviceData: mostly fixed inverter information
• LiveData: current live inverter values and DS18B20 temperature sensors
• Status: connection and status information

With the normal MQTT topic layout:

• <MQTT topic>/EspData/<name>
• <MQTT topic>/DeviceData/<name>
• <MQTT topic>/LiveData/<name>
• <MQTT topic>/RAW/<command>
• <MQTT topic>/Alive
• <MQTT topic>/DeviceControl/Set_Command_answer

With JSON mode:

• <MQTT topic>/Data

If Home Assistant discovery is enabled together with JSON mode, the normal MQTT datapoint topics are still published as well.

Datapoint	Unit	Notes
ESP_Internal_Temperature	C	ESP internal temperature sensor, only on supported chips

Datapoint	Unit	Notes
AC_In_Voltage	V	Grid or input voltage
AC_In_Frequenz	Hz	Grid or input frequency
AC_Out_Voltage	V	Inverter output voltage
AC_Out_Frequenz	Hz	Inverter output frequency
AC_Out_VA	VA	Output apparent power
AC_Out_Watt	W	Output active power
AC_Out_Percent	%	Output load
Battery_Voltage	V	Battery voltage
Battery_Charge_Current	A	Charge current
Battery_Discharge_Current	A	Discharge current
Battery_Percent	%	Battery state of charge if available
PV_Input_Voltage	V	PV voltage
PV_Input_Power	W	PV power
PV_Charging_Power	W	Solar charging power
PV1_Input_Voltage	V	First PV tracker voltage
PV1_Input_Current	A	First PV tracker current
PV1_Input_Power	W	First PV tracker power
PV2_Input_Voltage	V	Second PV tracker voltage
PV2_Input_Current	A	Second PV tracker current
PV2_Input_Power	W	Second PV tracker power
SCC_Charge_Power	W	Charger power if available
Inverter_Operation_Mode	text	Standby / line / battery / fault etc.
Device_Status	text	Device status text
Fault_Code	text	Fault summary
Warning_Code	text	Warning summary
DS18B20_<n>	°C	External 1-Wire temperature sensors

These points are currently used by the Anenji/SRNE Modbus implementation when the inverter exposes the extended P02 inverter data block.

Datapoint	Unit	Notes
AC_In_Voltage_L1 / AC_In_Voltage_L2 / AC_In_Voltage_L3	V	Grid voltage per phase
AC_In_Frequency_L1 / AC_In_Frequency_L2	Hz	Grid frequency where a protocol exposes per-phase frequency aliases
AC_In_Current_L1	A	Grid current for phase A where exposed by the base inverter block
AC_Out_Voltage_L1 / AC_Out_Voltage_L2 / AC_Out_Voltage_L3	V	Output voltage per phase
AC_Out_Frequency_L1 / AC_Out_Frequency_L2	Hz	Output frequency where a protocol exposes per-phase frequency aliases
AC_Out_Current_L1 / AC_Out_Current_L2 / AC_Out_Current_L3	A	Load-side output current per phase
AC_Out_Watt_L1 / AC_Out_Watt_L2 / AC_Out_Watt_L3	W	Load active power per phase
AC_Out_VA_L1 / AC_Out_VA_L2 / AC_Out_VA_L3	VA	Load apparent power per phase
AC_Out_Percent_L1 / AC_Out_Percent_L2 / AC_Out_Percent_L3	%	Load ratio per phase

Datapoint	Unit	Notes
Protocol_ID	text	Detected inverter protocol
Device_Model	text	Model string from inverter
Machine_Type	text	Inverter type information
Battery_Rating_Voltage	V	Nominal battery voltage
Battery_Bulk_Voltage	V	Bulk charging voltage
Battery_Float_Voltage	V	Float charging voltage
Battery_Recharge_Voltage	V	Recharge threshold
Battery_Redischarge_Voltage	V	Redischarge threshold
Current_Max_AC_Charging_Current	A	AC charging current limit
Current_Max_Charging_Current	A	Total charging current limit
Output_Source_Priority	text	Output source mode
Charger_Source_Priority	text	Charger source mode
Solar_Power_Priority	text	PV priority mode

Typical raw keys include:

• QPI
• QMN
• QPIRI
• QPIGS
• QPIGS2
• QPIWS
• QALL
• Q1
• CommandAnswer

This section is mainly useful when support or troubleshooting is needed.

• Not every inverter exposes every field.
• Some values may appear under slightly different names depending on the inverter family.
• If a field is missing on your device, that does not automatically mean something is wrong.