Debug Solax X1-Lite-LV inverter Data (8.0 kWt)

The idea for a main bridge is "stolen" :) From https://github.com/GustavoIO/solax-mqtt-bridge

It needs to Home Assistant Solax integration suport

Please feel free to use this in own inverter discovering

For getting historical data? please visit the Solax Cloud and export necessary data to manual compare with generated CSV

Build

pip install -r requirements.txt

Environment Variable

SOLAX_HOST - Solax Host SOLAX_PORT - Solax port, default 80 SOLAX_PASSWORD - use the Registration no.

Run

Collect data into CSV to a data/<data/information>_<date_time>.csv file

python run.py

run with specific options

python run.py --host "<host>" --password "password" --interval 10

for more parameters usage please run

python run.py --help

output

Making curl request...
Data successfully written to data/data_2025-03-30.csv and data/Information_2025-03-30.csv

Display realtime data

python main.py

run with the specific options

python run.py --host "<host>" --password "password" --interval 10

for more parameters usage please run

python main.py --help

output

INFO:root:Trying inverter X1LiteLV::http://192.168.0.118:80/ using data in the body
INFO:root:Discovered inverters: {<my_inverter.x1_lite_lv.X1LiteLV object at 0x1085e8050>}
AC voltage L             : 224.4    | PV1 current              : 0.0      | Battery voltage          : 53.2     | Charging Duration        : 0.0     
AC current L             : 0.0      | PV1 voltage              : 0.0      | Battery current          : 0.0      | Daily Battery Discharge  : 6.0     
AC power L               : 0.0      | PV2 current              : 0.0      | Total Battery power      : 0.0      | Total Battery Discharge  : 159.0   
AC frequency L           : 49.99    | PV2 voltage              : 0.0      | Battery SoC              : 80.0     | Daily Battery Charge     : 7.3     
Grid PF                  : 100.0    | PV3 voltage              : 0.0      | Battery Temperature 1    : 20.0     | Total Battery Charge     : 111.4   
AC Voltage Out           : 223.5    | PV3 current              : 0.0      | Battery Temperature 2    : 21.0     | Daily Inverter Output    : 1.9     
AC frequency             : 50.0     | PV1 power                : 0.0      | Battery Temperature 3    : 22.0     | Total Inverter Output    : 120.6   
Inverter Status 1 ?      : 2.0      | PV2 power                : 0.0      | Battery Temperature 4    : 20.0     | Daily EPS Yield          : 12.4    
Inverter Status 2 ?      : 4.0      | PV3 power                : 0.0      | Battery Temperature      : 20.0     | Total EPS Yield          : 219.8   
Grid power               : -745.0   | Total PV power           : 0.0      | Battery Charge total     : 111.4    | Daily imported energy    : 3.8     
Grid power 1             : -0.1     | Daily PV Yield           : 10.6     | Battery Discharge total  : 159.0    | Total imported energy    : 278.4   
Grid power 2             : 0.0      | Total PV Yield           : 254.8    | Battery Charge today     : 6.0      |                                    
Hourly energy KWt/H      : 25.85    | Battery Type             : 0.0      | Battery Discharge today  : 7.3      |