The purpose of this plugin is to collect data from selected Sungrow SG Grid Scale Inverters.
Usage
This plugin reads the data from Sungrow SG Inverters. This plugin relies on the Modbus Ardexa plugin, and reads from the following Sungrow SG Inverter models:
It uses the Modbus TCP Specification, and collects from RS485 or TCP connected inverters. Inverter data will be collected to the solar table, and will be run every 5 minutes, by default. This plugin relies on the Modbus Ardexa plugin. The following data is collected from the inverters:
Inverter Data....
Variable Name Units
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Protocol Number
Protocol Version
Serial Number
Device Type
Device Type Code
Rated Active Power W
Rated Reactive Power var
CO2 Emission Reduction kg
DC Current 1 A
DC Current 2 A
DC Current 3 A
DC Current 4 A
DC Current 5 A
DC Current 6 A
DC Current 7 A
DC Current 8 A
DC Current 9 A
DC Current 10 A
DC Current 11 A
DC Current 12 A
DC Current 13 A
DC Current 14 A
DC Current 15 A
DC Current 16 A
DC Current 17 A
DC Current 18 A
DC Current 19 A
DC Current 20 A
DC Current 21 A
DC Current 22 A
DC Current 23 A
DC Current 24 A
DC Current 25 A
DC Current 26 A
DC Current 27 A
DC Current 28 A
DC Current 29 A
DC Current 30 A
DC Current 31 A
DC Current 32 A
Output Type
Daily Energy Wh
Monthly Energy Wh
Yearly Energy Wh
Total Energy Wh
Daily Grid Connected Minutes min
Total Hours h
DC Power W
AC Voltage 12 V
AC Voltage 23 V
AC Voltage 31 V
AC Current 1 A
AC Current 2 A
AC Current 3 A
AC Power W
Reactive Power var
AC Apparent Power VA
Cos Phi
Grid Freq Hz
AC Power Limitation Feedback W
Reactive Power Adjustment Feedback W
Cos Phi Feedback W
Transformer Node State Code
Overall Work State Code
Transformer Node State
Overall Work State
Transformer Oil Temperature °C
Winding Temperature °C
Inverter Module 1 and Module 2 Data.....
Variable Name Units
======================================
Daily Energy Wh
Monthly Energy Wh
Yearly Energy Wh
Total Energy Wh
Daily Grid Connected Minutes min
Total Hours h
Internal Temperature °C
DC Voltage V
DC Current A
DC Power W
AC Voltage 12 V
AC Voltage 23 V
AC Voltage 31 V
AC Current 1 A
AC Current 2 A
AC Current 3 A
AC Power W
Reactive Power var
Cos Phi
Grid Freq Hz
Module Efficiency %
Rated Reactive Power var
Fault State 1 .
Fault State 2 .
Node State 1 .
Node State 2 .
Fault State 1 Code .
Fault State 2 Code .
Node State 1 Code .
Node State 2 Code .
Temperature 1 °C
Temperature 2 °C
Temperature 3 °C
Temperature 4 °C
Temperature 5 °C
Temperature 6 °C
Positive Resistance to Gnd kOhms
Negative Resistance to Gnd kOhms
Work State 1 .
Work State 1 Code .
Alarm State 1 .
Alarm State 1 Code .
Negative Voltage to Ground V
CO2 Emission Reduction kg
Arguments
Arguments are as follows:
endpoint. This is either a serial device like /dev/ttyS0 or an IP or DNS like 192.168.1.15
bus_addresses. An RS485 address in the range 2-63. This can be a hyphenated list like 3-10 or a list like 2,5,7,9
--port. This is an optional parameter used in an Ethernet gateway, and is the TCP port used for the gateway. Default is 502
--attempts. This is an optional parameter, and determines how many times to times to attempt to read an inverter value. Default is 1
--delay. This is the delay in seconds between inverter send and receive commands, AND if attempts > 1. Fractions like 0.3 can be used. Default is 0.05
