IOT Room Sensor: Difference between revisions
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*Some form of basic display would be nice, preferably low power such as a basic [[LCD]] screen, labels and [[Seven Segment Displays]] / [[Nine Segment Displays]] , or an [[E-Ink]] Screen | *Some form of basic display would be nice, preferably low power such as a basic [[LCD]] screen, labels and [[Seven Segment Displays]] / [[Nine Segment Displays]] , or an [[E-Ink]] Screen | ||
*Leave [[Smoke Detectors]] / [[Carbon Monoxide Detectors]] as a seperate unit / units? | *Leave [[Smoke Detectors]] / [[Carbon Monoxide Detectors]] as a seperate unit / units? | ||
=Off the Shelf Options= | |||
*[https://www.makeuseof.com/tag/6-smart-interior-air-quality-monitors-you-should-buy-for-your-home/ An article by "Make Use Of" Titled "The 7 Best Smart Air Quality Monitors and Sensors for Your Home" ] (Is There Any Sponsorship Bias?) | |||
=Existing Open Source Designs= | =Existing Open Source Designs= | ||
Revision as of 00:07, 31 January 2021
Basics
- An IOT "Cube" / "Brick" that can measure the following information and relay it to the system:
- At Least:
- Temperature
- Humidity
- Additional Data, But Will Add Some Cost:
- Carbon Dioxide Concentration
- Light Level Sensing
- Nitrogen Dioxide Concentration
- Ozone Concentration
- Particulate Matter
- PIR Based Occupancy Sensing
- TVOC Concentration
- At Least:
- Some form of basic display would be nice, preferably low power such as a basic LCD screen, labels and Seven Segment Displays / Nine Segment Displays , or an E-Ink Screen
- Leave Smoke Detectors / Carbon Monoxide Detectors as a seperate unit / units?
Off the Shelf Options
- An article by "Make Use Of" Titled "The 7 Best Smart Air Quality Monitors and Sensors for Your Home" (Is There Any Sponsorship Bias?)
Existing Open Source Designs
"How to Mechatronics" Design
- A Video by the Youtube Channel "How To Mechatronics" Titled "DIY Air Quality Monitor - PM2.5, CO2, VOC, Ozone, Temp & Hum Arduino Meter"
- The Post on Their Website on the Project
Misc
- "Air Meter Making #4: Complete © GPL3+" ( Arduino + ESP32 based)
- Atmospheric Air Analyser MIT (similar as the above, but uses a 3d printed enclosure (and some different sensors?) )