Hello everyone, I’m excited to share my experience with controlling radiator thermostats using temperature sensors. I’ve been working on optimizing my heating system, and I thought I’d document my journey and findings for anyone else who might be interested or facing similar challenges. The Problem: I have old radiators with stone and marble shelves above them. While they add a nice aesthetic touch, they’re not ideal for heating efficiency. Using radiator thermostats alone wasn’t working because the temperature under the shelf rises quickly, causing the thermostat to turn off, leaving the room cold. This was a frustrating issue, especially during colder months. The Solution: After some research, I decided to integrate temperature sensors into my setup. The idea was to use these sensors to control the radiator thermostats more effectively. I wanted something that could work directly within my Homey Pro system without the need for additional bridges or apps. Recommended Equipment: - Radiator Thermostats: I went with the Smart Radiator Thermostat by ControlIt. These are easy to install and integrate seamlessly with Homey Pro. - Temperature Sensors: The Netatmo Weather Station sensors proved to be reliable and accurate. They’re also compatible with Homey Pro, making the setup straightforward. Setup and Configuration: The setup was relatively straightforward. I placed the temperature sensors strategically around the room to get accurate readings. Then, I configured Homey Pro to adjust the radiator thermostats based on the sensor data. One of the best features is that a single temperature sensor can control multiple radiator thermostats, which is perfect for larger rooms or areas with multiple radiators. Automation Rules: I created a few automation rules to make the system even more efficient: - If the temperature drops below a certain threshold, the radiator thermostat increases the heating. - If the temperature reaches the desired level, the radiator thermostat adjusts to maintain the temperature without overheating. Results: The results have been fantastic! The room now maintains a consistent temperature, and I no longer have the issue of the radiator turning off prematurely. Plus, it’s been a great way to save on heating costs since the system only heats when necessary. Tips for Others: - Placement of Sensors: Make sure to place the temperature sensors in areas where they can accurately reflect the room’s temperature. Avoid placing them near drafts or direct sunlight. - Regular Calibration: While the sensors are accurate, it’s a good idea to calibrate them occasionally to ensure they’re providing the most accurate readings. - Experiment with Settings: Don’t be afraid to tweak the settings to find the perfect balance for your home. Every setup is a bit different, so what works for me might need adjustment for your space. I’d love to hear from others who have implemented similar systems or have tips for improving heating efficiency. It’s been a rewarding project, and I’m happy to share my experience with the community! Thanks for reading, and happy heating! 
