newest version in Code no longer works with my GW3600-EH
janjos0 opened this issue · 8 comments
Hi,
Just to inform that using release version 0.3.3, I can get/read the data from my GW3600-EH.
With the newest versions in Code
https://github.com/marcelblijleven/goodwe/tree/master/goodwe
I always get error messages
Unable to connect to the inverter at ...
No valid response received ...
Maybe it is just my limited knowledge how to do it. I use your code in a Windows 10 machine where I made a folder that includes the goodwe folder with the files from the library and a .py file with your example code to read the data:
import asyncio
import goodwe
async def get_runtime_data():
ip_address = '192.168.1.14'
inverter = await goodwe.connect(ip_address)
runtime_data = await inverter.read_runtime_data()
for sensor in inverter.sensors():
if sensor.id_ in runtime_data:
print(f"{sensor.id_}: \t\t {sensor.name} = {runtime_data[sensor.id_]} {sensor.unit}")
asyncio.run(get_runtime_data())
Thanks for feedback !
The redesign I did due to the new TCP stuff was rather big and I might broke something.
It worked form my IDE, but I need to re-test it.
I indeed forgot to add new port parameter to the initial discovery method !
It should be fixed now.
Thanks for testing !
You are the one we must thank, so thank you for this code.
Unfortunately still does not work with my GW3600-EH.
This is what I get when using the newest files from https://github.com/marcelblijleven/goodwe/tree/master/goodwe :
Traceback (most recent call last):
File "c:\users\public\software\python\code\mygoodwev2\goodwe\inverter.py", line 143, in _read_from_socket
result = await command.execute(self._protocol)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "c:\users\public\software\python\code\mygoodwev2\goodwe\protocol.py", line 319, in execute
response_future = await protocol.send_request(self)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "c:\users\public\software\python\code\mygoodwev2\goodwe\protocol.py", line 106, in send_request
await response_future
goodwe.exceptions.MaxRetriesException
During handling of the above exception, another exception occurred:
Traceback (most recent call last):
File "c:\users\public\software\python\code\mygoodwev2\mygoodwev2.py", line 16, in
asyncio.run(get_runtime_data())
File "C:\Program Files\Python312\Lib\asyncio\runners.py", line 194, in run
return runner.run(main)
^^^^^^^^^^^^^^^^
File "C:\Program Files\Python312\Lib\asyncio\runners.py", line 118, in run
return self._loop.run_until_complete(task)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "C:\Program Files\Python312\Lib\asyncio\base_events.py", line 687, in run_until_complete
return future.result()
^^^^^^^^^^^^^^^
File "c:\users\public\software\python\code\mygoodwev2\mygoodwev2.py", line 9, in get_runtime_data
runtime_data = await inverter.read_runtime_data()
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "c:\users\public\software\python\code\mygoodwev2\goodwe\et.py", line 502, in read_runtime_data
response = await self._read_from_socket(self._READ_RUNNING_DATA)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "c:\users\public\software\python\code\mygoodwev2\goodwe\inverter.py", line 148, in _read_from_socket
raise RequestFailedException(f'No valid response received even after {self._protocol.retries} retries',
goodwe.exceptions.RequestFailedException: ('No valid response received even after 3 retries', 1)
And this is what I get when using the files from the published version 0.3.3:
timestamp: Timestamp = 2024-04-29 08:52:48
vpv1: PV1 Voltage = 261.4 V
ipv1: PV1 Current = 0.5 A
ppv1: PV1 Power = 130 W
vpv2: PV2 Voltage = 117.4 V
ipv2: PV2 Current = 1.1 A
ppv2: PV2 Power = 129 W
ppv: PV Power = 259 W
pv2_mode: PV2 Mode code = 2
pv2_mode_label: PV2 Mode = PV panels connected, producing power
pv1_mode: PV1 Mode code = 2
pv1_mode_label: PV1 Mode = PV panels connected, producing power
vgrid: On-grid L1 Voltage = 234.8 V
igrid: On-grid L1 Current = 1.1 A
fgrid: On-grid L1 Frequency = 50.03 Hz
pgrid: On-grid L1 Power = 261 W
grid_mode: Grid Mode code = 1
grid_mode_label: Grid Mode = Connected to grid
total_inverter_power: Total Power = 261 W
active_power: Active Power = 261 W
grid_in_out: On-grid Mode code = 1
grid_in_out_label: On-grid Mode = Exporting
reactive_power: Reactive Power = -1 var
apparent_power: Apparent Power = -1 VA
backup_v1: Back-up L1 Voltage = 0.0 V
backup_i1: Back-up L1 Current = 0.0 A
backup_f1: Back-up L1 Frequency = 0.0 Hz
load_mode1: Load Mode L1 = 0
backup_p1: Back-up L1 Power = 0 W
load_p1: Load L1 = 0 W
backup_ptotal: Back-up Load = 0 W
load_ptotal: Load = 0 W
ups_load: Ups Load = 0 %
temperature_air: Inverter Temperature (Air) = 46.0 C
temperature_module: Inverter Temperature (Module) = 3276.7 C
temperature: Inverter Temperature (Radiator) = 15.8 C
function_bit: Function Bit = 0
bus_voltage: Bus Voltage = 370.2 V
nbus_voltage: NBus Voltage = 0 V
vbattery1: Battery Voltage = 0.0 V
ibattery1: Battery Current = 0.0 A
pbattery1: Battery Power = 0 W
battery_mode: Battery Mode code = 0
battery_mode_label: Battery Mode = No battery
warning_code: Warning code = 0
safety_country: Safety Country code = 6
safety_country_label: Safety Country = BE
work_mode: Work Mode code = 1
work_mode_label: Work Mode = Normal (On-Grid)
operation_mode: Operation Mode code = 0
error_codes: Error Codes = 0
errors: Errors =
e_total: Total PV Generation = 79.2 kWh
e_day: Today's PV Generation = 0.3 kWh
e_total_exp: Total Energy (export) = 80.0 kWh
h_total: Hours Total = 226 h
e_day_exp: Today Energy (export) = 0.3 kWh
e_total_imp: Total Energy (import) = 0.0 kWh
e_day_imp: Today Energy (import) = 0.0 kWh
e_load_total: Total Load = 0.0 kWh
e_load_day: Today Load = 0.0 kWh
e_bat_charge_total: Total Battery Charge = 0.0 kWh
e_bat_charge_day: Today Battery Charge = 0.0 kWh
e_bat_discharge_total: Total Battery Discharge = 0.0 kWh
e_bat_discharge_day: Today Battery Discharge = 0.0 kWh
diagnose_result: Diag Status Code = 50873039
diagnose_result_label: Diag Status = Battery voltage low, Battery SOC low, Battery SOC in back, BMS: Discharge disabled, Discharge Driver On, BMS: Discharge current low, Meter communication failure, Battery Disconnected, Self-use off, Export power limit set, PF value set
house_consumption: House Consumption = -2 W
commode: Commode = 1
rssi: RSSI = 101
manufacture_code: Manufacture Code = 10
meter_test_status: Meter Test Status = 0
meter_comm_status: Meter Communication Status = 0
active_power1: Active Power L1 = 0 W
active_power_total: Active Power Total = 0 W
reactive_power_total: Reactive Power Total = 0 var
meter_power_factor1: Meter Power Factor L1 = 0.0
meter_power_factor: Meter Power Factor = 0.0
meter_freq: Meter Frequency = 0.0 Hz
meter_e_total_exp: Meter Total Energy (export) = 0.0 kWh
meter_e_total_imp: Meter Total Energy (import) = 0.0 kWh
meter_active_power1: Meter Active Power L1 = 0 W
meter_active_power_total: Meter Active Power Total = 0 W
meter_reactive_power1: Meter Reactive Power L1 = 0 var
meter_reactive_power_total: Meter Reactive Power Total = 0 var
meter_apparent_power1: Meter Apparent Power L1 = 0 VA
meter_apparent_power_total: Meter Apparent Power Total = 0 VA
meter_type: Meter Type = 0
meter_sw_version: Meter Software Version = 0
I connect to the inverter via its own WiFi on IP 10.10.100.253 and, I think, using UDP protocol.
Is it 100% reproducible ?
Since the UDP (and inverter wifi module) is by definition unreliable and it sometimes happen it does not reply in time even after 3 retries (the retry and timeout are configurable).
That exception is raised when it failed after 3 attempts.
Please try again couple of times and let me know ...
Yes, it is reproducible.
I tested yesterday several times and also this morning, >10.
I don't know what is the time between retries and timeout period, but with the newest files it shows the errors like just two seconds after starting the program from a Windows cmd line.
If I use the 0.3.3 version it works fine.
Can you please confirm that the example code in the README -> USAGE and after writing the correct IP, 10.10.100.253 in my case, is still valid to test the new files ?
I ask this, because like I said before, my programming knowledge is very limited.
You are using it the correct way, I just introduced there couple of bugs ;-(
It should be fixed now, please re-test/
Now it works.
I do have the feeling that the connection fails more often but it surely works.
Thank you.
Something else about the data from my inverter, I don't know if you noticed this (wrong) reading
temperature_module: Inverter Temperature (Module) = 3276.7 C
It always shows this very high temperature value.
Maybe it is because my type of inverter does not have this sensor built-in, so the register just reports erroneous data.
Yes, it seem EH inverter do not support module temperature sensors and return 0x7FFF.
I've just fixed that so it is reported as None.