EcoFlow Integration and Automation Tips

Hi everyone, I wanted to share my journey with integrating EcoFlow devices into my smart home setup. It’s been a fascinating process, and I hope this can help others who are looking to do something similar.

I’ve been using EcoFlow’s River 2 Max and Solar Microinverter for a while now, and I’ve been really impressed with their performance. However, getting everything integrated seamlessly into my OpenHAB setup was a bit of a challenge. I wanted to avoid relying too much on the cloud and have more local control, so I decided to dive into the EcoFlow API and MQTT integration.

I found some great resources online, including a Python script that acts as an API client and publishes MQTT metrics to my local OpenHAB server. This script was crucial in bridging the gap between EcoFlow’s cloud-based system and my local setup. I made a few tweaks to the script to suit my needs, and it’s been running smoothly since then.

One thing I’d like to mention is the use of AI to generate OpenHAB configuration files. It’s been a game-changer for me. Writing out all the MQTT things, items, and sitemap entries manually can be tedious, especially when you’re dealing with multiple devices. AI helped me streamline the process, although there were a few hiccups along the way. For instance, I had to fix a minor bug in the script where the MQTT connection wouldn’t reconnect if it dropped. But with some research and trial and error, I managed to get everything sorted out.

I also wanted to share some tips for anyone looking to integrate EcoFlow devices:

  1. Use AI Wisely: While AI can save you a lot of time, it’s important to review and adjust the configurations it generates. I found that manually tweaking a few things made the integration much smoother.

  2. Script Automation: If you’re comfortable with scripting, setting up a Python script to handle MQTT publishing can be really beneficial. It allows for more control and customization.

  3. Systemd for Reliability: Running the script as a systemd service on my Linux server has been a great way to ensure it starts up automatically after reboots. I followed a tutorial on setting this up, and it’s been rock solid ever since.

  4. Dashboard Setup: Creating a dedicated dashboard for EcoFlow devices makes monitoring and controlling them much easier. I’ve included some screenshots of my setup below, which might give you some ideas for your own dashboards.

Overall, the integration process has been very rewarding. It’s allowed me to have more control over my renewable energy setup and integrate it seamlessly into my smart home ecosystem. I’d love to hear about others’ experiences with EcoFlow devices and any tips or tricks they’ve discovered along the way!

Cheers,
Matej