miguelmdb/python-oligo

Cliente Python (NO OFICIAL) para i-DE (Iberdrola distribución)

python-oligo

[ES] Cliente Python (NO OFICIAL) para i-DE (Iberdrola distribución).

Instalación:

Requests support:

pip install oligo[requests]

Async support:

pip install oligo[asyncio]

Ejemplos:

Consultar consumo actual (Sync):

from oligo import Iber

connection = Iber()
connection.login("user", "password")

watt = connection.watthourmeter()
print(watt)

Consultar consumo actual (ASync):

import asyncio
from oligo.asyncio import AsyncIber

async def main():
    connection = AsyncIber()
    await connection.login("user", "password")

    watt = await connection.watthourmeter()
    print(watt)
    await connection.close()

asyncio.run(main())

Consultar estado ICP interno (Sync):

from oligo import Iber
connection = Iber()
connection.login("user", "password")
status = connection.icpstatus()
print(status)

Consultar estado ICP interno (ASync):

import asyncio
from oligo.asyncio import AsyncIber

async def main():
    connection = AsyncIber()
    await connection.login("user", "password")
    status = await connection.icpstatus()
    print(status)

asyncio.run(main())

Obtener el consumo horario durante un periodo (Sync)

from oligo import Iber
from datetime import date, timedelta

connection = Iber()
connection.login("user", "password")

from_date = date.today() - timedelta(days=7)
until_date = date.today() - timedelta(days=1)

consumo = connection.consumption(from_date, until_date)

print(consumo[:10])

Obtener el consumo horario durante un periodo (ASync)

import asyncio
from oligo.asyncio import AsyncIber
from datetime import date, timedelta

async def main():
    connection = AsyncIber()
    await connection.login("user", "password")

    from_date = date.today() - timedelta(days=7)
    until_date = date.today() - timedelta(days=1)

    consumo = await connection.consumption(from_date, until_date)

    print(consumo[:10])

asyncio.run(main())

Los datos son el consumo por hora en Watt-horas. En este caso tendremos los dato de una semana, que son 7 por 24, 168 valores. Si sumamos y dividimos por 1000, tenemos el consumo de una semana en kWh.

Integraciones:

• Integración para Home Assistan: ad-ha/ide_api

[EN] Python client (UNOFFICIAL) for i-DE (Iberdrola distribución).

Install:

pip install oligo

Example:

Obtain current consumption (Sync):

from oligo import Iber

connection = Iber()
connection.login("user", "password")

watt = connection.watthourmeter()
print(watt)

Obtain current consumption (ASync):

import asyncio
from oligo.asyncio import AsyncIber

async def main():
    connection = AsyncIber()
    await connection.login("user", "password")

    watt = await connection.watthourmeter()
    print(watt)

asyncio.run(main())

Get ICP status (Sync):

from oligo import Iber
connection = Iber()
connection.login("user", "password")
status = connection.icpstatus()
print(status)

Get ICP status (ASync):

import asyncio
from oligo.asyncio import AsyncIber

async def main():
    connection = AsyncIber()
    await connection.login("user", "password")
    status = await connection.icpstatus()
    print(status)

asyncio.run(main())

Retrieve the hourly consumption during a time period (Sync)

from oligo import Iber
from datetime import date, timedelta
    
connection = Iber()
connection.login("user", "password")

from_date = date.today() - timedelta(days=7)
until_date = date.today() - timedelta(days=1)

consumo = connection.consumption(from_date, until_date)

print(consumo[:10])

Retrieve the hourly consumption during a time period (Async)

import asyncio
from oligo.asyncio import AsyncIber
from datetime import date, timedelta

async def main():
    connection = AsyncIber()
    await connection.login("user", "password")

    from_date = date.today() - timedelta(days=7)
    until_date = date.today() - timedelta(days=1)

    consumo = await connection.consumption(from_date, until_date)

    print(consumo[:10])

asyncio.run(main())

The values are the consumption in Watt-hours. In this case, we have the data of one week, which are 7 times 24, 168 values. If we sum and divide by 1000, we will have the total consumption from one week in kWh.