netatmo-thermostat

netatmo-energy

Setup

1. Create an app at dev.netatmo.com to get your API credentials
2. Either create a .env file:

CLIENT_ID=your_client_id
CLIENT_SECRET=your_client_secret
ACCESS_TOKEN=your_access_token
REFRESH_TOKEN=your_refresh_token

of pass in the vars to Thermostat(client_id, client_secret, access_token, refresh_token) when initializing the API client.

Usage

t = Thermostat()
hd = t.homesdata()
home_id = hd.homes[0].id
room_id = hd.homes[0].rooms[0].id

# Get current status
t.room_temperatures(home_id)

[{'room_id': '3352988001',
  'temperature': 21.7,
  'setpoint': 21.5,
  'setpoint_mode': 'manual'}]

# Set room to 20°C for 1 hour
t.setroomthermpoint(home_id, room_id, mode='manual', temp=21, endtime=int(time())+3600)

{'status': 'ok', 'time_server': 1767753063}

t.room_temperatures(home_id)

[{'room_id': '3352988001',
  'temperature': 21.7,
  'setpoint': 21,
  'setpoint_mode': 'manual'}]

# Get temperature history
r = t.getroommeasure(home_id, room_id)[0]
list(r), r['value'][:3]

(['beg_time', 'step_time', 'value'], [[22.2], [22.2], [22.1]])

Methods

• homesdata() — get homes and topology
• homestatus(home_id) — current device status
• room_temperatures(home_id) — quick view of all room temps
• getroommeasure(home_id, room_id, ...) — temperature history
• setroomthermpoint(home_id, room_id, mode, ...) — set room temperature
• setthermmode(home_id, mode) — set home mode (schedule/away/hg)
• getmeasure(device_id, ...) — boiler history
• createnewhomeschedule(...) — create weekly schedule
• synchomeschedule(...) — modify schedule
• switchhomeschedule(home_id, schedule_id) — activate schedule

Thermostat Widget

The library includes a ready-to-use FastHTML/MonsterUI thermostat widget for building web dashboards. Use setup_thermostat_widget() to register the routes and get the widget component:

app, rt = fast_app()
t = Thermostat()

# Get your home and room IDs
homes = t.homesdata()
home_id = homes.homes[0].id
room_id = homes.homes[0].rooms[0].id

# Setup widget (registers /setpoint route and returns the component)
climate_widget = setup_thermostat_widget(rt, t, home_id, room_id)

@rt("/")
def get():
    return climate_widget

The widget displays current temperature, target setpoint with +/- controls, and a temperature history chart. Clicking the controls makes HTMX requests to adjust the thermostat in real-time.

Note: the widget uses MonsterUI’s ApexCharts so you will have to include this in your headers Theme.blue.headers(apex_charts=True)

Dashboard

The main.py file includes a fully functional dashboard app with Google OAuth authentication, ready to be deployed. The solar energy widget is a placeholder—only the climate/thermostat functionality is connected to the Netatmo API.

Deployment was done using pla.sh and is documented in the nbs/00_core.ipynb notebook.

The house thumbnail was generated by copy-pasting a Google Maps screenshot into Gemini Nano Banana with this prompt:

Present a clear, 45° top-down isometric miniature 3D cartoon scene of [LOCATION], featuring its most iconic landmarks and architectural elements. Use soft, refined textures with realistic PBR materials and gentle, lifelike lighting and shadows. Integrate the current weather conditions directly into the city environment to create an immersive atmospheric mood. Use a clean, minimalistic composition with a soft, solid-colored background.

Background

Inspired by Andrej Karpathy’s tweet about using Claude Code for home automation. Instead of burning tokens on network scanning, this takes the “boring” approach: read the docs, write a simple SDK.

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