ioBroker.teslemetry

ioBroker adapter for controlling Tesla vehicles and energy sites via the Teslemetry API.

Features

Vehicle Control

• 🚗 Climate Control - Start/stop climate, set temperature
• 🔋 Charging - Start/stop charging, set charge limit
• 🔒 Security - Lock/unlock, sentry mode, valet mode
• 📍 Location - Real-time GPS tracking
• 🚦 Commands - Flash lights, honk horn, open frunk/trunk
• 📊 Data Monitoring - Battery level, range, odometer, and more

Energy Site Management

• ⚡ Power Flow - Monitor solar, battery, grid, and load power
• 🔋 Battery Status - State of charge and capacity
• ⚙️ Operation Modes - Self-consumption, backup, autonomous
• 🌩️ Storm Mode - Prepare for power outages
• 🏠 Off-Grid - Configure backup reserves

Real-Time Updates

• 📡 SSE Streaming - Live vehicle and energy site updates via Server-Sent Events
• 🔄 Automatic Reconnection - Robust connection handling
• 💤 Sleep Mode Aware - Won't wake sleeping vehicles unnecessarily
• 📊 Polling - Optional fallback for vehicles and energy sites when streaming is disabled

Prerequisites

Before installing this adapter, you need:

1. Tesla Vehicle or Energy Site - At least one Tesla product registered to your account
2. Teslemetry Account - Sign up at teslemetry.com
3. Access Token - Generate an API access token from the Teslemetry console

Getting Your Access Token

1. Go to https://teslemetry.com/console
2. Log in with your account
3. Navigate to API Keys or Access Tokens
4. Click Generate New Token
5. Copy the token (you'll need it for adapter configuration)

Installation

Via ioBroker Admin Interface

1. Open ioBroker admin interface
2. Go to Adapters tab
3. Search for "teslemetry"
4. Click Install button
5. Wait for installation to complete
6. Click on the adapter instance to configure it

Configuration

Access Token

1. Open the adapter configuration in ioBroker admin
2. Paste your Teslemetry access token in the Access Token field
3. Click Test Connection to verify it works
4. The test will show how many vehicles and energy sites were found

Region Selection

• Auto-detect (recommended) - Automatically determines the correct Tesla API region
• North America - Manually select NA region
• Europe - Manually select EU region

Data Update Settings

Real-time Streaming (recommended)

• Enable "Enable real-time streaming (SSE)"
• Provides instant updates when vehicle or energy site data changes
• More efficient and responsive than polling

Polling Mode

• Disable streaming to use polling instead for both vehicles and energy sites
• Set Poll Interval (minimum 30 seconds)
• Less efficient but works if streaming has issues

Device Selection

By default, all vehicles and energy sites in your Tesla account are included. You can optionally filter:

• Selected Vehicles - Enter specific VINs to monitor only certain vehicles
• Selected Energy Sites - Enter specific site IDs to monitor only certain sites

Leave these fields empty to include all devices.

State Objects

The adapter creates a hierarchical state structure for each device:

Vehicle States

teslemetry.0
└── vehicles
    └── {VIN}
        ├── _info
        │   ├── name              (string, read-only)
        │   ├── model             (string, read-only)
        │   └── state             (string, read-only) - online/asleep/offline
        ├── location
        │   ├── latitude          (number, read-only)
        │   ├── longitude         (number, read-only)
        │   ├── heading           (number, read-only)
        │   └── speed             (number, read-only)
        ├── climate
        │   ├── inside_temp               (number, read-only)
        │   ├── outside_temp              (number, read-only)
        │   ├── driver_temp_setting       (number, read-write)
        │   ├── passenger_temp_setting    (number, read-write)
        │   ├── is_climate_on             (boolean, read-only)
        │   └── is_preconditioning        (boolean, read-only)
        ├── charge
        │   ├── battery_level             (number, read-only)
        │   ├── usable_battery_level      (number, read-only)
        │   ├── charging_state            (string, read-only)
        │   ├── charge_limit_soc          (number, read-write)
        │   ├── charge_rate               (number, read-only)
        │   ├── charger_power             (number, read-only)
        │   └── time_to_full_charge       (number, read-only)
        ├── drive
        │   ├── odometer                  (number, read-only)
        │   └── shift_state               (string, read-only)
        ├── state
        │   ├── locked                    (boolean, read-only)
        │   ├── sentry_mode               (boolean, read-write)
        │   ├── valet_mode                (boolean, read-only)
        │   └── is_user_present           (boolean, read-only)
        └── commands
            ├── wake                      (boolean, write-only)
            ├── lock                      (boolean, write-only)
            ├── unlock                    (boolean, write-only)
            ├── start_climate             (boolean, write-only)
            ├── stop_climate              (boolean, write-only)
            ├── start_charging            (boolean, write-only)
            ├── stop_charging             (boolean, write-only)
            ├── flash_lights              (boolean, write-only)
            ├── honk_horn                 (boolean, write-only)
            ├── open_frunk                (boolean, write-only)
            └── open_trunk                (boolean, write-only)

Energy Site States

teslemetry.0
└── energy
    └── {SITE_ID}
        ├── _info
        │   ├── name                      (string, read-only)
        │   └── resource_type             (string, read-only)
        ├── live
        │   ├── solar_power               (number, read-only) - Watts
        │   ├── battery_power             (number, read-only) - Watts
        │   ├── grid_power                (number, read-only) - Watts
        │   ├── load_power                (number, read-only) - Watts
        │   └── timestamp                 (number, read-only)
        ├── battery
        │   ├── percentage                (number, read-only)
        │   └── total_pack_energy         (number, read-only)
        ├── operation
        │   ├── mode                      (string, read-write)
        │   ├── backup_reserve_percent    (number, read-write)
        │   └── off_grid_reserve_percent  (number, read-write)
        ├── tariff
        │   ├── tariff_id                 (string, read-only)
        │   ├── tariff_content            (string/JSON, read-only)
        │   └── tariff_content_v2         (string/JSON, read-only)
        └── commands
            └── storm_mode                (boolean, write-only)

Usage Examples

Automation Scripts

Start Climate Before Departure

// Start climate at 7 AM on weekdays
schedule('0 7 * * 1-5', function() {
    setState('teslemetry.0.vehicles.YOUR_VIN.commands.start_climate', true);
});

Charge During Off-Peak Hours

// Start charging at 11 PM
schedule('0 23 * * *', function() {
    setState('teslemetry.0.vehicles.YOUR_VIN.commands.start_charging', true);
});

// Stop charging at 6 AM
schedule('0 6 * * *', function() {
    setState('teslemetry.0.vehicles.YOUR_VIN.commands.stop_charging', true);
});

Enable Sentry Mode When Away

// Enable sentry mode when leaving home
on({id: 'presence.0.away', change: 'any'}, function(obj) {
    if (obj.state.val === true) {
        setState('teslemetry.0.vehicles.YOUR_VIN.state.sentry_mode', true);
    } else {
        setState('teslemetry.0.vehicles.YOUR_VIN.state.sentry_mode', false);
    }
});

Monitor Battery Level

// Alert when battery is low
on({id: 'teslemetry.0.vehicles.YOUR_VIN.charge.battery_level', change: 'any'}, function(obj) {
    if (obj.state.val < 20) {
        // Send notification (using your notification adapter)
        sendTo('telegram.0', 'send', {
            text: `⚠️ Vehicle battery low: ${obj.state.val}%`
        });
    }
});

Storm Mode Preparation

// Enable storm mode when weather alert is issued
on({id: 'weather.0.warnings.storm', val: true}, function() {
    setState('teslemetry.0.energy.YOUR_SITE_ID.commands.storm_mode', true);
});

Vehicle Sleep Mode

Tesla vehicles enter sleep mode after a period of inactivity to conserve battery. This adapter is designed to respect sleep mode:

• Streaming mode - Receives updates when vehicle is awake, doesn't wake it
• Polling mode - Checks state without waking, skips data fetch if asleep
• Commands - Will wake vehicle when needed to execute commands
• Wake command - Explicitly wake the vehicle when needed

To manually wake a vehicle:

setState('teslemetry.0.vehicles.YOUR_VIN.commands.wake', true);

Troubleshooting

Connection Issues

Problem: "Connection failed" error during setup

Solutions:

1. Verify your access token is correct
2. Check that your token hasn't expired
3. Try changing the region setting
4. Ensure your ioBroker server has internet access

No Data Updates

Problem: States aren't updating

Solutions:

1. Check that streaming is enabled (or polling interval is set)
2. Verify vehicle is online (check _info.state)
3. Look for errors in the adapter log
4. Try restarting the adapter instance

Commands Not Working

Problem: Commands don't execute

Solutions:

1. Verify vehicle is online (not asleep or offline)
2. Check adapter log for error messages
3. Try waking the vehicle first
4. Ensure your Teslemetry account has command permissions

Rate Limiting

Problem: API errors about rate limits

Solutions:

1. Increase polling interval (minimum 60 seconds recommended)
2. Enable streaming instead of polling
3. Reduce frequency of manual commands
4. Check if other applications are using the same API token

FAQ

Q: Is this free to use? A: The adapter is free and open-source. Teslemetry API access may have different pricing tiers.

Q: Will this drain my vehicle battery? A: No. The adapter respects sleep mode and won't wake the vehicle for data updates. Only commands will wake the vehicle.

Q: Can I control multiple vehicles? A: Yes! The adapter automatically discovers all vehicles and energy sites in your Tesla account.

Q: Does this work with Tesla Fleet API? A: Yes, Teslemetry provides access to the Tesla Fleet API, which is what this adapter uses.

Q: What's the difference between streaming and polling? A: Streaming provides real-time updates as they happen. Polling checks for updates at fixed intervals. Streaming is more efficient and responsive.

Support

• Issues: GitHub Issues
• Documentation: Teslemetry API Docs
• Forum: ioBroker Forum

Development

Building

npm install
npm run build

Testing

npm test

Changelog

0.2.5

• Dependency updates

0.2.4

• Dependency updates

0.2.3

• Dependency updates

0.2.2

• Dependency updates

0.2.1

• Dependency updates

0.2.0

• Site time-of-use tariff (tariff_id, tariff_content, tariff_content_v2) is now exposed as read-only states under energy.{SITE_ID}.tariff

0.1.11

• Published to npm

Older entries are in CHANGELOG_OLD.md.

Credits

• Developed by Teslemetry
• Built on @teslemetry/api
• Part of the ioBroker ecosystem

License

Apache-2.0

Copyright (c) 2026 Teslemetry