kellerza
missing values in three_phase_hv.py
Existing sensor definitions can be found here
You Inverter
Deye SUN-10K-SG01HP3-EU-AM2
SN：2312122150
Wechselrichtertyp：Dreiphasiger Hochspannungs-Hybrid
Nennleistung：10 kW
Version Informationen
Protokoll-Version：0104
NETZ：3002-1061-1E08
HMI：2001-C02D
Lithium-Akku-Versionsnummer：258
Lithium-Akkus2 Versionsnummer：0000
Deutsche Version：1004
Lithium-Akku-Versionsnummer：0102
Lithium-Akku-Hardware-Versionsnummer：0203
Describe the issue/bug and what you expect
the addon (dev branch) reports missing values for various variables
Any suggestions on proposed registers is welcome.
device_type: 6 - this is a SUN-10K-SG01HP3-EU-AM2 high voltage 3-phase hybrid inverter
for the others I can't find settings in the Solarman Business portal for this device, sorry.
Logs (if applicable)
10:26:01 WARNING device_type: Unknown register value 6. Consider extending the definition with a PR. https://github.com/kellerza/sunsynk/tree/main/src/sunsynk/definitions
10:26:01 WARNING microinverter_export_to_grid_cutoff: Unknown register value 0
10:26:01 WARNING on_grid_always_on: Unknown register value 0
10:26:01 WARNING us_version_grounding_fault: Unknown register value 0
10:26:01 WARNING allow_remote: Unknown register value 0
DRIVER: pymodbus
INVERTERS:
- SERIAL_NR: "2312122xxx"
HA_PREFIX: WR_Deye_1
MODBUS_ID: 1
DONGLE_SERIAL_NUMBER: "0"
PORT: serial-tcp://192.168.80.44:8234
- SERIAL_NR: "2312126xxx"
HA_PREFIX: WR_Deye_2
MODBUS_ID: 2
DONGLE_SERIAL_NUMBER: "0"
PORT: serial-tcp://192.168.80.45:8234
SENSOR_DEFINITIONS: three-phase-hv
SENSORS:
- energy_management
- power_flow_card
- pv2_power
- settings
- all
- pv1_power
- essential_power
- battery_power
- battery_soc
- non_essential_power
- grid_ct_power
- Inverter power
- Inverter L1 power
- Inverter L2 power
- Inverter L3 power
- Inverter voltage
- Inverter frequency
- Grid frequency
- Grid power
- Grid L1 power
- Grid L3 power
- Grid L2 power
- Grid L2 voltage
- Grid L1 voltage
- Grid L3 voltage
- Load power
- Load L1 power
- Load L2 power
- Load L3 power
- Load L1 voltage
- Load L2 voltage
- Load L3 voltage
- PV1 power
- PV1 voltage
- PV1 current
- PV2 power
- PV2 voltage
- PV2 current
- Gen power
- Gen L1 power
- Gen L2 power
- Gen L3 power
- Gen Energy
- Load Energy
- Total Load Energy
- Rated power
- Device type
- Fault
- Overall state
- Serial
- DC transformer temperature
- Radiator temperature
- Grid Connected
- Date Time
- INV Relay Status
- Undefined Load Relay Status
- Grid Relay Status
- Generator Relay Status
- Grid Give Power to Relay Status
- Dry Contact1 Status
- Dry Contact2 Status
- Grid Charge Battery current
- Grid Charge Start Battery SOC
- Grid Charge enabled
- Use Timer
- Solar Export
- Export Limit power
- Battery Max Charge current
- Battery Max Discharge current
- Battery Capacity current
- Grid Peak Shaving power
- Battery low voltage
- System Zero Export power
- Battery Equalization Days
- Battery Equalization Hours
- Generator Charge enabled
- Battery Wake Up
- Battery Resistance
- Generator Port Usage
- Battery Equalization voltage
- Battery Absorption voltage
- Battery Float voltage
- Battery Shutdown Capacity
- Battery Restart Capacity
- Battery Low Capacity
- Battery Shutdown voltage
- Battery Low voltage
- Battery Restart voltage
- Priority Load
- Load Limit
- Prog1 Time
- Prog2 Time
- Prog3 Time
- Prog4 Time
- Prog5 Time
- Prog6 Time
- Prog1 power
- Prog2 power
- Prog3 power
- Prog4 power
- Prog5 power
- Prog6 power
- Prog1 Capacity
- Prog2 Capacity
- Prog3 Capacity
- Prog4 Capacity
- Prog5 Capacity
- Prog6 Capacity
- Prog1 charge
- Prog2 charge
- Prog3 charge
- Prog4 charge
- Prog5 charge
- Prog6 charge
- Prog1 mode
- Prog2 mode
- Prog3 mode
- Prog4 mode
- Prog5 mode
- Prog6 mode
- Prog1 voltage
- Prog2 voltage
- Prog3 voltage
- Prog4 voltage
- Prog5 voltage
- Prog6 voltage
- Day Active Energy
- Day Battery Charge
- Day Battery discharge
- Day Grid Export
- Day Grid Import
- Day Gen Energy
- Day Load Energy
- Day PV Energy
- Total Active Energy
- Total Battery Charge
- Total Battery Discharge
- Total Grid Export
- Total Grid Import
- Total PV Energy
- Battery temperature
- Battery voltage
- Battery SOC
- Battery power
- Battery current
- Battery Charge Limit current
- Battery Discharge Limit current
- Inverter current
- Grid LD power
- Grid voltage
- Grid current
- Grid CT power
- Load frequency
- AUX power
- Essential power
- Essential 1 power
- Essential 2 power
- Non-Essential power
- Day Battery Discharge
- Day Reactive Energy
- Month Grid Energy
- Month Load Energy
- Month PV Energy
- Year Grid Export
- Year Load Energy
- Year PV Energy
- Device Type
- Overall State
- Environment temperature
- Control Mode
- Generator input
- Battery charging voltage
- Bat1 SOC
- Bat1 Cycle
- Battery 1 temperature
- Battery 1 voltage
- Battery 1 SOC
- Battery 1 power
- Battery 1 current
- A Phase Power on the Inner Side of the Grid
- B Phase Power on the Inner Side of the Grid
- C Phase Power on the Inner Side of the Grid
- Total Active Power from Side to Side of the Grid
- Grid Side - Inside Total Apparent Power
- PV power
- Gen L1 volts
- Gen L2 volts
- Gen L3 volts
- Fan Warning
- Grid Phase Warning
- Lithium Battery Loss Warning
- Parallel Communication Quality Warning
- SD Status
- Max Solar power
- Generator Charge Start Battery SOC
- Generator Charge Battery current
- Parallel Battery 1 and 2
- Battery 1 Wake Up
- Battery Charge Efficiency
- Battery Type
- Prog Time Of Use Enabled
- Prog Monday Enabled
- Prog Tuesday Enabled
- Prog Wednesday Enabled
- Prog Thursday Enabled
- Prog Friday Enabled
- Prog Saturday Enabled
- Prog Sunday Enabled
- Microinverter export to grid cutoff
- Gen peak-shaving
- Grid peak-shaving
- On Grid always on
- External relay
- Loss of lithium battery report fault
- DRM
- US version grounding fault
- Generator AC Couple Frz High
- Generator Off SOC
- Generator On SOC
- Generator Max Operating Time
- Generator Cooling Time
- Min PV Power for Gen Start
- Grid Signal On
- Gen Signal On
- Grid Standard
- Configured Grid Frequency
- Configured Grid Phases
- Lithium HV BMS Protocol
- Battery 1 Manufacturer
- Battery 1 BMS charging voltage
- Battery 1 BMS discharging voltage
- Battery 1 BMS charging current limit
- Battery 1 BMS discharging current limit
- Battery 1 BMS SOC
- Battery 1 BMS voltage
- Battery 1 BMS current
- Battery 1 BMS temperature
- Battery 1 BMS max charge current limit
- Battery 1 BMS max discharge current limit
- Battery 1 BMS alarm flag
- Battery 1 BMS fault flag
- Battery 1 BMS other flag - Battery 1 Force charge
- Battery 1 BMS other flag - Battery 2 Force charge
- Battery 1 BMS other flag - Battery 1 Sleep
- Battery 1 BMS type
- Battery 1 BMS SOH
- Battery 1 BMS software version
- Battery 1 BMS rated AH
- Battery 1 BMS hardware version
- Time synchronization
- Beep
- AM PM
- Auto dim
- Allow Remote
- priority_mode
- battery_temperature
- battery voltage
- battery_current
SENSORS_FIRST_INVERTER: []
MANUFACTURER: Deye
READ_ALLOW_GAP: 2
READ_SENSORS_BATCH_SIZE: 20
SCHEDULES:
- KEY: w
READ_EVERY: 5
REPORT_EVERY: 30
CHANGE_ANY: false
CHANGE_BY: 50
CHANGE_PERCENT: 1
- KEY: kwh
READ_EVERY: 60
REPORT_EVERY: 180
CHANGE_ANY: false
- KEY: date_time
READ_EVERY: 60
REPORT_EVERY: 60
CHANGE_ANY: true
- KEY: rw
READ_EVERY: 5
REPORT_EVERY: 60
CHANGE_ANY: true
- KEY: any_unit
READ_EVERY: 10
REPORT_EVERY: 120
CHANGE_ANY: false
- KEY: no_unit
READ_EVERY: 10
REPORT_EVERY: 120
CHANGE_ANY: true
NUMBER_ENTITY_MODE: auto
PROG_TIME_INTERVAL: 15
MQTT_HOST: core-mosquitto
MQTT_PORT: 1883
MQTT_USERNAME: mqttuser
MQTT_PASSWORD: secret
I also have an issue with missing/incorrect values read from my 50kW 3ph Deye inverter at my office.
When I restart your sunsynk add-on, the log shows several "unknown sensors specified" (see below log). FYI, I have a 5kW 1ph Deye inverter at my home reading this information successfully and displaying nicely using the power flow card. Now that I've selected three-phase sensor definitions, these sensors probably do not exist in this list...
Secondly, the decimal placement for the power reading of PV1, to 4 is incorrect, for example it reads 220.5W instead of 2205W.
Thirdly, my 50kW inverter features two battery inputs, and your add-on is only reading the data of battery 1. Is there a register value that outputs the combined (total) battery power?
And lastly, the decimal placement for the battery voltage is also incorrect, for example it reads 58.775V instead of 587.75V
[14:48:23] INFO: Service restart after closing s6-rc: info: service legacy-services successfully stopped s6-rc: info: service legacy-cont-init: stopping s6-rc: info: service legacy-cont-init successfully stopped s6-rc: info: service fix-attrs: stopping s6-rc: info: service fix-attrs successfully stopped s6-rc: info: service s6rc-oneshot-runner: stopping s6-rc: info: service s6rc-oneshot-runner successfully stopped s6-rc: info: service s6rc-oneshot-runner: starting s6-rc: info: service s6rc-oneshot-runner successfully started s6-rc: info: service fix-attrs: starting s6-rc: info: service fix-attrs successfully started s6-rc: info: service legacy-cont-init: starting s6-rc: info: service legacy-cont-init successfully started s6-rc: info: service legacy-services: starting services-up: info: copying legacy longrun sunsynk (no readiness notification) s6-rc: info: service legacy-services successfully started 14:48:28 INFO Loading configuration: /data/options.json 14:48:28 INFO sunsynk library version: 0.6.4 14:48:28 INFO Schedules: +-----------+-----+------+--------+-----------+----------+------------+ | Key | src | Read | Report | Change by | Change % | Change any | +-----------+-----+------+--------+-----------+----------+------------+ | date_time | | 60 | 60 | | | True | | rw | * | 15 | 60 | | | True | | w | * | 15 | 60 | 50 | | | | kwh | | 300 | 300 | | | | | any_unit | * | 30 | 60 | 50 | | | | no_unit | | 15 | 300 | | | True | +-----------+-----+------+--------+-----------+----------+------------+ 14:48:28 INFO Using three phase sensor definitions. 14:48:28 ERROR Unknown sensor specified: aux_power 14:48:28 ERROR Unknown sensor specified: essential_power 14:48:28 ERROR Unknown sensor specified: inverter_current 14:48:28 ERROR Unknown sensor specified: load_frequency 14:48:28 ERROR Unknown sensor specified: non_essential_power 14:48:28 ERROR Unknown sensor specified: inverter_current 14:48:28 ERROR Unknown sensor specified: load_frequency 14:48:28 ERROR Unknown sensor specified: grid_ld_power 14:48:28 ERROR Unknown sensor specified: essential_1_power 14:48:28 INFO Added hidden sensors as other sensors depend on it: Rated power, Serial 14:48:28 INFO Connecting to tcp://172.72.2.250:8899 14:48:28 INFO Reading startup sensors Prog2 Time, Prog6 Time, Prog4 Time, Prog5 Time, Prog1 Time, Prog3 Time, Rated power, Battery Low Capacity, Serial
@alistairts
14:48:28 INFO Using three phase sensor definitions.
You are using LV definition on HV inverter and this causes the decimal to be off.
That makes sense, the UI configuration only had the two options single-phase and three-phase to select. Using the YAML option I make it three-phase-hv as per your sensor definition documentation, but it fails to save.
Failed to save add-on configuration, value must be one of ['single-phase', 'three-phase'].
I'm not using the HA addon, but I think HV is only present on edge(or something similar) version.
I'm not using the HA addon, but I think HV is only present on edge(or something similar) version.
It's present in the dev/edge Version of the Addon. I use it for my HV inverters, works fine with a few unknown values (inverter Version etc) showing up.
#309 should address those unknown values
#309 Talks about making the entities model-aware ... but the Model Codes back as unkown value, so that would have to be fixed first, I guess
10:26:01 WARNING device_type: Unknown register value 6. Consider extending the definition with a PR. https://github.com/kellerza/sunsynk/tree/main/src/sunsynk/definitions
10:26:01 WARNING microinverter_export_to_grid_cutoff: Unknown register value 0
10:26:01 WARNING on_grid_always_on: Unknown register value 0
10:26:01 WARNING us_version_grounding_fault: Unknown register value 0
10:26:01 WARNING allow_remote: Unknown register value 0
@bsafh looking at your errors, these sensors have undocumented values. You can change them in HA once and then it doesn't complain anymore. If you don't know what they are for, I'd suggest to remove them from SENSORS.
@kellerza should we add all "No work" values to all those bitmask sensors? For some we have one of the Noworks defined, for some we have only Enable and Disable. Inverters come from factory with Nowork values and this causes the "Unknown register value". Or add some flag to silence those Nowork values? Definition follows: 00 Nowork 01 Nowork 10 Disable 11Enable
10:26:01 WARNING device_type: Unknown register value 6. Consider extending the definition with a PR.
Well, I do know the model: Deye SUN-10K-SG01HP3-EU-AM2
Should that not be included in the code? I don't know how to fix that, that's why I reported it here, see opening posting of this issue.
"Or add some flag to silence those Nowork values?" Sounds like a good idea.
I think the documentation about register 0 is wrong. 0X0200 组串机 inverter 0X0300 单相储能机 hybird 0X0400 微逆机 MI microinverter 0X0500 低压三相储能机 phase3 hybird 0X0600 高压三相储能机 0600 三相高压 6-15kw 0601 三相高压 20-50kw
My SUN-20K-SG01HP3-EU-AM2 has value 6 too. Maybe we should drop the sensor at all. Users probably know what kind of inverter they have.
I think the documentation about register 0 is wrong. 0X0200 组串机 inverter 0X0300 单相储能机 hybird 0X0400 微逆机 MI microinverter 0X0500 低压三相储能机 phase3 hybird 0X0600 高压三相储能机 0600 三相高压 6-15kw 0601 三相高压 20-50kw
My SUN-20K-SG01HP3-EU-AM2 has value 6 too. Maybe we should drop the sensor at all. Users probably know what kind of inverter they have.
Why drop it?
0X0600 高压三相储能机
is in the list, just the englisch translation is messing. Google translates it to
High voltage three-phase energy storage machine, which seem to be correct.
So type 6 is documented, just not translated to englisch.
I think the documentation about register 0 is wrong.
I don't think so ...
0X0600 高压三相储能机 three phase hybrid high voltage
documentation is just not totally translated to englisch.
Its just wild guess, but maybe 0x0600 means 6, which means 3PH HV. 600 and 601 are wrong fore sure since your 10kW and my 20kW inverters have the same value.
#310 fixes inverter type for 3ph inverters based on values seen on the field.
After updating to the new version I now get
| | battery_wake_up, gen_l1_power, prog1_time, battery_float_voltage, |
| | battery_1_power, grid_peak_shaving, grid_power, grid_phase_warning, |
| | gen_l2_power, generator_ac_couple_frz_high, prog6_time, prog5_time, |
| | grid_charge_enabled, generator_charge_start_battery_soc, |
| | grid_charge_battery_current, use_timer, battery_restart_capacity, |
| | battery_restart_voltage, grid_side___inside_total_apparent_power, pv1_power, |
| | fan_warning, prog1_charge, min_pv_power_for_gen_start, gen_peak_shaving, |
| | prog2_power, prog_saturday_enabled, max_solar_power, configured_grid_frequency, |
| | grid_l1_power, battery_equalization_hours, |
| | parallel_communication_quality_warning, generator_on_soc, |
| | generator_charge_enabled, prog_thursday_enabled, prog1_capacity, |
| | battery_1_bms_other_flag___battery_2_force_charge, external_relay, auto_dim, |
| | prog_friday_enabled, am_pm, drm, battery_shutdown_voltage, prog5_capacity, |
| | grid_ct_power, inverter_power, prog4_capacity |
| 10 | battery_1_bms_hardware_version, grid_connected, battery_1_bms_voltage, |
| | load_l2_voltage, battery_1_bms_discharging_voltage, grid_l3_voltage, |
| | battery_1_temperature, battery_1_bms_max_discharge_current_limit, gen_l3_volts, |
| | overall_state, battery_1_bms_type, load_l3_voltage, battery_1_bms_soc, |
| | inverter_frequency, battery_1_bms_temperature, battery_1_bms_alarm_flag, |
| | battery_1_bms_charging_voltage, grid_l2_voltage, battery_1_bms_soh, |
| | battery_1_soc, load_l1_voltage, inverter_voltage, pv2_current, pv1_voltage, |
| | battery_1_current, dry_contact2_status, grid_relay_status, |
| | battery_1_bms_fault_flag, battery_1_bms_software_version, grid_frequency, |
| | dc_transformer_temperature, gen_l2_volts, undefined_load_relay_status, |
| | inv_relay_status, grid_give_power_to_relay_status, sd_status, |
| | battery_1_bms_discharging_current_limit, battery_1_bms_rated_ah, |
| | battery_1_bms_current, battery_1_bms_max_charge_current_limit, pv2_voltage, |
| | generator_relay_status, pv1_current, battery_1_voltage, fault, gen_l1_volts, |
| | battery_charge_efficiency, battery_1_bms_charging_current_limit, |
| | dry_contact1_status, radiator_temperature, grid_l1_voltage, grid_current |
| 60 | date_time, day_active_energy, total_grid_import, total_pv_energy, |
| | day_gen_energy, total_active_energy, day_grid_import, total_battery_discharge, |
| | day_load_energy, total_battery_charge, day_battery_discharge, day_grid_export, |
| | total_grid_export, total_load_energy, day_battery_charge, day_pv_energy |
+----+----------------------------------------------------------------------------------+
17:50:31 INFO Report every (inverter >1)
+-----+----------------------------------------------------------------------------------+
| s | Sensors |
+-----+----------------------------------------------------------------------------------+
| 10 | grid_side___inside_total_apparent_power, inverter_l1_power, |
| | total_active_power_from_side_to_side_of_the_grid, gen_power, pv1_power, |
| | grid_l3_power, grid_l1_power, pv_power, inverter_l2_power, gen_l3_power, |
| | grid_l2_power, b_phase_power_on_the_inner_side_of_the_grid, load_l1_power, |
| | load_l2_power, c_phase_power_on_the_inner_side_of_the_grid, gen_l1_power, |
| | a_phase_power_on_the_inner_side_of_the_grid, inverter_l3_power, battery_1_power, |
| | load_power, load_l3_power, grid_power, gen_l2_power, pv2_power, grid_ct_power, |
| | inverter_power |
| 30 | export_limit_power, battery_type, prog_sunday_enabled, prog2_capacity, |
| | prog_tuesday_enabled, solar_export, battery_capacity_current, prog6_charge, |
| | battery_max_discharge_current, system_zero_export_power, |
| | loss_of_lithium_battery_report_fault, battery_1_wake_up, |
| | generator_charge_battery_current, prog_wednesday_enabled, generator_port_usage, |
| | time_synchronization, battery_resistance, grid_peak_shaving_power, prog4_time, |
| | battery_low_voltage, battery_equalization_voltage, beep, prog4_charge, |
| | configured_grid_phases, prog1_power, prog6_power, prog6_capacity, |
| | battery_max_charge_current, grid_signal_on, prog3_power, prog3_capacity, |
| | load_limit, generator_cooling_time, lithium_hv_bms_protocol, |
| | battery_absorption_voltage, prog6_voltage, grid_standard, |
| | grid_charge_start_battery_soc, prog_monday_enabled, prog4_voltage, prog5_charge, |
| | battery_low_capacity, generator_off_soc, prog_time_of_use_enabled, prog2_charge, |
| | prog3_charge, parallel_battery_1_and_2, gen_signal_on, prog5_power, prog2_time, |
| | prog3_voltage, battery_1_bms_other_flag___battery_1_sleep, prog1_voltage, |
| | prog2_voltage, battery_equalization_days, generator_max_operating_time, |
| | battery_shutdown_capacity, battery_1_bms_other_flag___battery_1_force_charge, |
| | prog3_time, prog4_power, priority_load, prog5_voltage, battery_wake_up, |
| | prog1_time, battery_float_voltage, grid_peak_shaving, |
| | generator_ac_couple_frz_high, prog6_time, generator_charge_start_battery_soc, |
| | prog5_time, grid_charge_enabled, grid_charge_battery_current, use_timer, |
| | battery_restart_capacity, battery_restart_voltage, min_pv_power_for_gen_start, |
| | prog1_charge, gen_peak_shaving, prog2_power, prog_saturday_enabled, |
| | max_solar_power, configured_grid_frequency, battery_equalization_hours, |
| | generator_on_soc, generator_charge_enabled, prog_thursday_enabled, |
| | prog1_capacity, battery_1_bms_other_flag___battery_2_force_charge, |
| | external_relay, auto_dim, prog_friday_enabled, am_pm, drm, |
| | battery_shutdown_voltage, prog5_capacity, prog4_capacity |
| 60 | date_time, undefined_load_relay_status, inv_relay_status, |
| | grid_give_power_to_relay_status, fault, grid_connected, sd_status, |
| | battery_1_bms_alarm_flag, battery_1_bms_hardware_version, |
| | battery_1_bms_software_version, dry_contact1_status, battery_1_bms_fault_flag, |
| | generator_relay_status, overall_state, dry_contact2_status, grid_relay_status, |
| | battery_1_bms_type |
| 120 | battery_1_bms_voltage, total_battery_discharge, load_l2_voltage, |
| | battery_1_bms_discharging_voltage, grid_l3_voltage, day_battery_discharge, |
| | battery_1_temperature, battery_1_bms_max_discharge_current_limit, gen_l3_volts, |
| | day_grid_import, day_battery_charge, load_l3_voltage, total_grid_import, |
| | battery_1_bms_soc, day_gen_energy, inverter_frequency, |
| | battery_1_bms_temperature, battery_1_bms_soh, battery_1_bms_charging_voltage, |
| | grid_l2_voltage, day_load_energy, battery_1_soc, load_l1_voltage, |
| | inverter_voltage, pv1_voltage, pv2_current, battery_1_current, day_pv_energy, |
| | grid_frequency, dc_transformer_temperature, gen_l2_volts, total_pv_energy, |
| | battery_1_bms_discharging_current_limit, battery_1_bms_rated_ah, |
| | battery_1_bms_current, battery_1_bms_max_charge_current_limit, pv2_voltage, |
| | total_grid_export, total_load_energy, day_active_energy, pv1_current, |
| | battery_1_voltage, total_active_energy, gen_l1_volts, battery_charge_efficiency, |
| | battery_1_bms_charging_current_limit, total_battery_charge, |
| | radiator_temperature, day_grid_export, grid_l1_voltage, grid_current |
| 300 | battery_1_manufacturer, lithium_battery_loss_warning, device_type, |
| | grid_phase_warning, parallel_communication_quality_warning, fan_warning |
+-----+----------------------------------------------------------------------------------+
17:50:33 ERROR NotImplementedError in read_wr_deye_1:
17:50:33 ERROR NotImplementedError in read_wr_deye_2:
See as well https://github.com/kellerza/sunsynk/commit/bc65f2a796e556fcd86fb309f6c6b9fd20934ce9
The full register list seems to be MODBUSRTU三相高压储能通信规约V104（高压）(3)(1)1111_SG01-HP3-AM2.pdf in case that helps
The one from just before. https://github.com/kellerza/sunsynk/commit/bc65f2a796e556fcd86fb309f6c6b9fd20934ce9
If you look at the 3ph definition file on github, you can click on “blame” and see what lines were change in which commits
you can also look at all commits with that number and see what comes just after
There has been several updates to the three phase definitions, so going to close this one