Hi everyone, I wanted to share my recent project where I successfully integrated my desk lamp into my openHAB setup while retaining the ability to use the cord switch. This was a fun DIY project that combined my love for tinkering with smart home technology.
Project Background
I’ve been on a mission to make as many of my devices as possible “switchable” through my openHAB infrastructure. Most of my devices are Homematic products, but a tiny little desk lamp caught my eye. It’s a 12V LED lamp, and I thought it would be a great candidate for smartification.
The Challenge
I wanted to ensure that the lamp could still be controlled via its original cord switch while also being integrated into my smart home system. Since it’s a low-voltage lamp, I decided to give it a try without worrying about mains voltage issues.
The Solution
After some research and tinkering, I found that using an ESP8266 module was the perfect solution. I documented the entire process on my blog, including the wiring and code setup. The result? A sleek, smart desk lamp that blends seamlessly into my openHAB ecosystem!
Lessons Learned
- Compatibility is Key: The ESP8266 module worked perfectly with my existing setup, allowing for smooth integration without any hiccups.
- Documentation is Your Friend: Keeping detailed notes throughout the process made troubleshooting a breeze.
- DIY Can Be Rewarding: There’s something incredibly satisfying about creating a custom solution that fits perfectly into your smart home setup.
Looking Ahead
While this project was a success, I’m curious to explore if a similar approach could work with a 230V lamp. The principle seems sound, but I’d need to be extra cautious with mains voltage. If anyone has experience with this, I’d love to hear your insights!
This project has reignited my passion for DIY smart home solutions. It’s amazing how a little creativity and some off-the-shelf components can transform everyday items into smart devices. I hope this story inspires others to try their own projects!
Best regards,
Michael