Welcome to Solcast
A simple Python SDK that wraps Solcast's API.
Install
From the directory run the following command:
Tip
for full functionality install pandas: pip install --user solcast pandas
The example notebooks use a variety of optional dependencies to showcase different ways in which the Solcast API may be used. To install these dependencies run
Usage
Warning
To access Solcast data you will need a commercial API key. If you have the API key already,
you can use it with this library either as an environment variable called SOLCAST_API_KEY,
or you can pass it as an argument api_key when you call one of the library's methods.
Fetching live radiation and weather data:
from solcast import live
res = live.radiation_and_weather(
latitude=-33.856784,
longitude=151.215297,
output_parameters=['air_temp', 'dni', 'ghi']
)
Tip
When testing or developing, you should use solcast.unmetered_locations so that your usage isn't counted against your plan.
Unmetered Locations still require you to signup for a commercial API key (above).
from solcast import forecast
from solcast.unmetered_locations import UNMETERED_LOCATIONS
sydney = UNMETERED_LOCATIONS['Sydney Opera House']
res = forecast.rooftop_pv_power(
latitude=sydney['latitude'],
longitude=sydney['longitude'],
period='PT5M',
capacity=5, # 5KW
tilt=22, # degrees
output_parameters='pv_power_rooftop'
)
All response data can be extracted in Python dictionary format.
If pandas is installed, timeseries responses can be converted to a Pandas DataFrame using the .to_pandas() method.
Info
Pandas is not installed by default to keep the environment light.
Available modules are
| Module | API Docs |
|---|---|
live |
solcast.live |
historic |
solcast.historic |
forecast |
solcast.forecast |
tmy |
solcast.tmy |
pv_power_sites |
solcast.pv_power_sites |
aggregations |
solcast.aggregations |
Contributing & License
Any type of suggestion and code contribution is welcome as PRs and/or Issues. This repository is licensed under MIT (see LICENSE).