def copy(settings):
# Fetch readings from GoodWe
date = datetime.strptime(settings.date, "%Y-%m-%d")
gw = gw_api.GoodWeApi(settings.gw_station_id, settings.gw_account, settings.gw_password)
data = gw.getDayReadings(date)
if settings.pvo_system_id and settings.pvo_api_key:
if settings.darksky_api_key:
ds = ds_api.DarkSkyApi(settings.darksky_api_key)
temperatures = ds.get_temperature_for_day(data['latitude'], data['longitude'], date)
elif settings.openweather_api_key:
ow = ow_api.OpenWeatherApi(settings.openweather_api_key)
temperatures = ow.get_temperature_for_day(data['latitude'], data['longitude'], date)
else:
temperatures = None
# Submit readings to PVOutput
pvo = pvo_api.PVOutputApi(settings.pvo_system_id, settings.pvo_api_key)
pvo.add_day(data['entries'], temperatures)
else:
for entry in data['entries']:
logging.info("{}: {:6.0f} W {:6.2f} kWh".format(
entry['dt'],
entry['pgrid_w'],
entry['eday_kwh'],
))
logging.warning("Missing PVO id and/or key")
def get_temperature(settings, latitude, longitude):
if settings.darksky_api_key:
ds = ds_api.DarkSkyApi(settings.darksky_api_key)
return ds.get_temperature(latitude, longitude)
elif settings.openweather_api_key:
ow = ow_api.OpenWeatherApi(settings.openweather_api_key)
return ow.get_temperature(latitude, longitude)
return None
def run_once(args):
global last_eday_kwh
# Check if we only want to run during daylight
if args.city:
a = Astral()
sun = a[args.city].sun(local=True)
now = datetime.time(datetime.now())
if now < sun['dawn'].time() or now > sun['dusk'].time():
logging.debug("Skipped upload as it's night")
return
# Fetch the last reading from GoodWe
gw = gw_api.GoodWeApi(args.gw_station_id, args.gw_account,
args.gw_password)
data = gw.getCurrentReadings()
# Check if we want to abort when offline
if args.skip_offline:
if data['status'] == 'Offline':
logging.debug("Skipped upload as the inverter is offline")
return
# Append reading to CSV file
if args.csv:
if data['status'] == 'Offline':
logging.debug("Don't append offline data to CSV file")
else:
locale.setlocale(locale.LC_ALL, locale.getlocale())
csv = gw_csv.GoodWeCSV(args.csv)
csv.append(data)
# Submit reading to PVOutput, if they differ from the previous set
eday_kwh = data['eday_kwh']
if data['pgrid_w'] == 0 and abs(eday_kwh - last_eday_kwh) < 0.001:
logging.debug("Ignore unchanged reading")
else:
last_eday_kwh = eday_kwh
if args.darksky_api_key:
ds = ds_api.DarkSkyApi(args.darksky_api_key)
data['temperature'] = ds.get_temperature(data['latitude'],
data['longitude'])
voltage = data['grid_voltage']
if args.pv_voltage:
voltage = data['pv_voltage']
pvo = pvo_api.PVOutputApi(args.pvo_system_id, args.pvo_api_key)
pvo.add_status(data['pgrid_w'], last_eday_kwh, data.get('temperature'),
voltage)
def copy(args):
# Fetch readings from GoodWe
date = datetime.strptime(args.date, "%Y-%m-%d")
gw = gw_api.GoodWeApi(args.gw_station_id, args.gw_account, args.gw_password)
data = gw.getDayReadings(date)
if args.darksky_api_key:
ds = ds_api.DarkSkyApi(args.darksky_api_key)
temperatures = ds.get_temperature_for_day(data['latitude'], data['longitude'], date)
else:
temperatures = None
# Submit readings to PVOutput
pvo = pvo_api.PVOutputApi(args.pvo_system_id, args.pvo_api_key)
pvo.add_day(data['entries'], temperatures)
def get_temperature(settings, latitude, longitude):
if settings.netatmo_username and settings.netatmo_password and settings.netatmo_client_id and settings.netatmo_client_secret:
netatmo = netatmo_api.NetatmoApi(
settings.netatmo_username,
settings.netatmo_password,
settings.netatmo_client_id,
settings.netatmo_client_secret,
)
netatmo.authorize()
if settings.netatmo_device_id:
return netatmo.get_device_temperature(settings.netatmo_device_id)
else:
return netatmo.get_location_temperature(latitude, longitude)
elif settings.darksky_api_key:
ds = ds_api.DarkSkyApi(settings.darksky_api_key)
return ds.get_temperature(latitude, longitude)
return None
def copy(settings):
# Confirm that MQTT config is not used for historic data
if settings.mqtt_host:
logging.error(
"Bad configuration options. MQTT cannot be used for backfilling historic data. Remove MQTT options from configuration and specify Goodwe (SEMS Portal details)."
)
sys.exit(1)
# Fetch readings from GoodWe
date = datetime.strptime(settings.date, "%Y-%m-%d")
goodwe = gw_api.GoodWeApi(settings.gw_station_id, settings.gw_account,
settings.gw_password)
data = goodwe.getDayReadings(date)
if settings.pvo_system_id and settings.pvo_api_key:
if settings.darksky_api_key:
ds = ds_api.DarkSkyApi(settings.darksky_api_key)
temperatures = ds.get_temperature_for_day(data['latitude'],
data['longitude'], date)
elif settings.openweather_api_key:
ow = ow_api.OpenWeatherApi(settings.openweather_api_key)
temperatures = ow.get_temperature_for_day(data['latitude'],
data['longitude'], date)
else:
temperatures = None
# Submit readings to PVOutput
pvo = pvo_api.PVOutputApi(settings.telegram_token,
settings.telegram_chatid,
settings.pvo_system_id, settings.pvo_api_key)
pvo.add_day(data['entries'], temperatures)
else:
for entry in data['entries']:
logging.info("{}: {:6.0f} W {:6.2f} kWh".format(
entry['dt'],
entry['pgrid_w'],
entry['eday_kwh'],
))
logging.warning("Missing PVO id and/or key")