Connect a TeslaMate instance to Home Assistant, using MQTT

Related tags

Hardwareteslabuddy
Overview

TeslaBuddy

Connect a TeslaMate instance to Home Assistant, using MQTT. It allows basic control of your Tesla vehicle via Home Assistant (currently, just starting and stopping charging, and changing the charge limit). GPS/location information is also shown in Home Assistant.

All devices are auto-discovered via Home Assistant using MQTT Auto-Discovery - no manual configuration is required.

This is designed to be run in Docker (like TeslaMate), but can be run standalone if desired using command line arguments.

Configuraiton

Configuration can be given via the OS environment (or via the command line).

The full list of options can always be viewed by running the script with -h. To set an option via the OS environment, convert the command line long option to uppercase, and replace "-" with "_", for example, the "--database-host" option would be:

DATABASE_HOST=postgres.local

Example docker-compose.yml

This example assumes you have built TeslaBuddy as follows:

docker build -t teslabuddy .

This is a snippet from a docker-compose.yml file, this would typically be along side the TeslaMate configuration, and assuming you are running Home Assistant in the same file. Note that the DATABASE_* values can match identically the same values used for TeslaMate (you can also create a dedicated user in Postgres with read-only access).

  teslabuddy:
    image: teslabuddy
    depends_on:
      - homeassistant
      - teslamate
      - postgres
      - mqtt
    restart: always
    environment:
      - DATABASE_USER=teslamate
      - DATABASE_PASS=securepassword
      - DATABASE_NAME=teslamate
      - DATABASE_HOST=postgres
      - MQTT_HOST=mqtt
      # - DEBUG=true
    volumes:
      - "/etc/localtime:/etc/localtime:ro"

If you are not running TeslaMate as part of the same docker-compose or swarm or have a different name for it, you will also need to include the TESLAMATE_URL to match your configuration, eg:

      - TESLAMATE_URL=https://teslamate.my.domain/

If your TeslaMate configuration also has several vehicles associated with it, you will also need to include the VIN of the desired vehicle, eg:

      - VIN=5Y123456789123456

Home Assistant "Device Tracker"

An important component of a Home Assistant Device Tracker (I have figured out from trial and error as the docs don't cover this), is the state component should always be either home or not_home. To configure the home location, in TeslaMate create a Geo-Fence (configured via the web interface), and name it "Home". When the vehicle enters this area, it will set the state attribute to home. If not set, the vehicle will always be not home. Home Assistant does not use it's configured home location to set this for device trackers via MQTT (I'm not sure about other devices).

ToDo

Currently this only supports charging actions, and is very much focused on that. However if you are interested in supporting more actions, please raise an issue and I can include it. I will likely add further controls about what options are exposed via MQTT if going down this path.

Additionally, not all items from TeslaMate are surfaced in Home Assistant, please raise an issue if you want more to come through as well.

Finally, the configuration is fairly limited, so if something is not supported that you need (eg: MQTT over TLS), please also raise an issue.

If this becomes at all popular, I'll also look to deploy it to Docker Hub (so you don't have to build it yourself).

Implementation Notes

This implementation uses the vehicle VIN as as identifier for everything to make sure it remains unique. This means that should a vehicle be move to/from another account, things should remain the same in Home Assistant, even if TeslaMate needs updating.

I use this to manage when my car will charge, to make the most of home solar generation and cheap grid prices (adjusting how much the vehicle will charge based on the current value).

Monitor an EnvisaLink alarm module running Honeywell firmware, and set a Nest device to Home/Away depending on whether the alarm is Disarmed/Away.

Nestalarm Monitor an EnvisaLink alarm module running Honeywell firmware, and set a Nest device to Home/Away depending on whether the alarm is Disarmed

1 Dec 30, 2021
Custom component for interacting with Octopus Energy

Home Assistant Octopus Energy ** WARNING: This component is currently a work in progress ** Custom component built from the ground up to bring your Oc

David Kendall 116 Jan 02, 2023
Turn your Raspberry Pi Pico into a USB Rubber Ducky

pico-ducky Turn your Raspberry Pi Pico into a USB Rubber Ducky Install Requirements CircuitPython for the Raspberry Pi Pico adafruit-circuitpython-bun

Konstantinos 5 Nov 08, 2022
A install script for installing qtile and my configs on Raspberry Pi OS

QPI OS - Qtile + Raspberry PI OS Qtile + Raspberry Pi OS :) Installation Run this command in the terminal

RPICoder 3 Dec 19, 2021
Better support for Nuki devices to the Home Assistant

Another attempt to add a better support for Nuki devices to the Home Assistant Features: Lock interface implementation Uses local webhook from bridge

Konstantin 105 Jan 07, 2023
Philippe 1 Jan 09, 2022
For use with an 8-bit parallel TFT touchscreen using micropython

ILI9341-parallel-TFT-driver-for-micropython For use with an 8-bit parallel TFT touchscreen using micropython. Many thanks to prenticedavid and his MCU

3 Aug 02, 2022
Make your MacOS keyboard brightness fade in and out

Make your MacOS keyboard brightness fade in and out. (It's working depends on the Kbrightness file, which only works for 2015 Macs, so this will only work on 2015 Macs.)

1 Dec 16, 2021
A ESP32 project template with a web interface built in React

ESP AP Webserver demo.mp4 This is my experiment with "mobile app development" for the ESP32. The project consists of two parts, the ESP32 code and the

8 Dec 15, 2022
Programmable Rainbow Redstone Computer

Programmable Rainbow Redstone Computer Table of contents What is it? Program flasher How to use it What is it? PRRC is Programmable Rainbow Redstone C

Fern H 2 Jun 07, 2022
2D waypoints will be predefined in ROS based robots to navigate to the destination avoiding obstacles.

A number of 2D waypoints will be predefined in ROS based robots to navigate to the destination avoiding obstacles.

Arghya Chatterjee 5 Nov 05, 2022
AERO 421: Spacecraft Attitude, Dynamics, and Control Final Project.

AERO - 421 Final Project Redevelopment Spacecraft Attitude, Dynamics, and Control: Simulation to determine and control a satellite's attitude in LEO.

Gagandeep Thapar 3 Dec 16, 2022
A PYTHON Library for Controlling Motors using SOLO Motor Controllers with RASPBERRY PI, Linux, windows, and more!

A PYTHON Library for Controlling Motors using SOLO Motor Controllers with RASPBERRY PI, Linux, windows, and more!

SOLO Motor Controllers 3 Apr 29, 2022
Real-time Coastal Monitoring at the University of Hawaii at Manoa

Coastal Monitoring at the University of Manoa Source code for Beaglebone/RPi-based data loggers, shore internet gateways, and web server. Software dev

Stanley Lio 7 Dec 07, 2021
Baseline model for Augmented Home Assistant

Dataset Preparation Step 1. Rename the Virtual-Home output directory to 'vh.[name]', for example: 'vh.door' Make sure the directory contains 100+ fram

Stanford HCI 1 Aug 24, 2022
3d printable macropad

Pico Mpad A 3D printable macropad for automating frequently repeated actions. Hardware To build this project you need access to a 3d printer. The mode

Dmytro Panin 94 Jan 07, 2023
BoneIO is a compact IO controller for home automation.

Project description BoneIO is a compact IO controller for home automation. Main features of this controller are Compact size (27x11x6)cm - 15 DIN modu

Maciej Krasuski 120 Nov 30, 2022
Hook and simulate global mouse events in pure Python

mouse Take full control of your mouse with this small Python library. Hook global events, register hotkeys, simulate mouse movement and clicks, and mu

BoppreH 722 Dec 31, 2022
The PicoEMP is a low-cost Electromagnetic Fault Injection (EMFI) tool,

ChipSHOUTER-PicoEMP The PicoEMP is a low-cost Electromagnetic Fault Injection (EMFI) tool, designed specifically for self-study and hobbiest research.

NewAE Technology Inc. 312 Jan 07, 2023
A battery pack simulation tool that uses the PyBaMM framework

Overview of liionpack liionpack takes a 1D PyBaMM model and makes it into a pack. You can either specify the configuration e.g. 16 cells in parallel a

PyBaMM Team 40 Jan 05, 2023