solaredge-web

A python client library for SolarEdge Web. Fetches energy data for each inverter/string/module via the web API and not via the official API which doesn't expose this data.

Usage

import aiohttp
from solaredge_web import SolarEdgeWeb

async with aiohttp.ClientSession() as session:
    client = SolarEdgeWeb(username, password, site_id, session)

    # --- site facts (all cached until the next login) ---
    equipment = await client.async_get_equipment()  # inverters, strings, optimizers
    components = await client.async_get_site_components()  # hasConsumptionAndGrid, hasStorage, ...
    information = await client.async_get_site_information()  # peakPower, siteTimeZone, ...
    availability = await client.async_get_data_availability()
    details = await client.async_get_site_details()
    summary = await client.async_get_site_equipment_summary()
    communication = await client.async_get_communication_status()

    # --- energy ---
    # Hourly per optimizer/string/inverter/site, derived from playback power.
    energy = await client.async_get_energy_data()
    # Measured totals per device over a date range, no time series.
    totals = await client.async_get_energy_totals()
    # Measured site energy per slot: hours, days, months or years.
    site_energy = await client.async_get_site_energy(resolution="days")
    site_total = await client.async_get_site_energy_total()
    # Measured energy per slot for specific optimizers (one request per optimizer).
    optimizer_energy = await client.async_get_optimizer_energy(["7A012345-CA"])
    inverter_energy = await client.async_get_inverter_energy_totals()
    comparative = await client.async_get_comparative_energy("monthly")

    # --- production and consumption ---
    # quarter-hours, hours, days, months or years.
    consumption = await client.async_get_consumption_data(resolution="hours")
    storage = await client.async_get_storage_energy_distribution()

    # --- power ---
    live = await client.async_get_live_power()
    site_power = await client.async_get_site_power()
    inverter_power = await client.async_get_inverter_power()

    # --- per-device diagnostics ---
    optimizers = await client.async_get_optimizer_data()  # live W, V, A per optimizer
    inverters = await client.async_get_inverter_data()  # live readings and firmware
    temperatures = await client.async_get_optimizer_temperatures()  # max degrees C

    # --- everything else ---
    weather = await client.async_get_weather()
    benefits = await client.async_get_environmental_benefits()
    alerts = await client.async_get_alerts()

All energy values are in Wh, power in W, temperatures in degrees Celsius.

Timestamps are naive datetimes in the site's local time, whose IANA name is siteTimeZone from async_get_site_information. The one exception is last_measurement on OptimizerData and InverterData, which is an aware UTC datetime because those endpoints report a real UTC instant.

Consumption, grid import and grid export require a consumption meter: without one (hasConsumptionAndGrid is false) those fields are None rather than zero.

Each resolution has its own range limit, and the API answers HTTP 400 beyond it. The library warns before making such a request; see the method docstrings for the limits.

Endpoints that report a payload with no fixed shape - site details, weather, alerts and similar - are returned as-is rather than modelled, since their fields vary by account type, storage and metering.

Development environment

python3 -m venv .venv
source .venv/bin/activate
# for Windows CMD:
# .venv\Scripts\activate.bat
# for Windows PowerShell:
# .venv\Scripts\Activate.ps1

# Install dependencies
python -m pip install --upgrade pip
python -m pip install -e .

# Run pre-commit
python -m pip install pre-commit
pre-commit install
pre-commit run --all-files

# Run tests
python -m pip install -e ".[test]"
pytest

# Build package
python -m pip install build
python -m build