What is SOLARCAST?
Safecast has gained a tremendous amount of experience since starting our citizen-based environmental monitoring program in March, 2011. The learning curve has often been steep, but always rewarding. Conceived and designed primarily by OG Safecaster Ray Ozzie, our new Solarcast device combines everything we’ve learned deploying our bGeigie mobile radiation sensors, Pointcast fixed radiation sensors, and our recent Safecast Air beta test, and is intended to provide convenient, hassle-free, independent operation.
- Drop and forget: Solarcast is compact, wireless, portable, and autonomous. It can easily be deployed anywhere, globally.
- Self-configuring: Unit identifies available communication protocols and configures itself to use them.
- Low-power consumption: Optimized to provide long, unattended operation under solar / battery power.
- Combined radiation and particulate: Dual radiation sensors and dual particulate sensors enhance reliability and data density.
- Rugged: Designed for long-term outdoor use
Thanks to support from The Shuttleworth Foundation and Annenberg Foundation and built by our friends at Fabrikor in Slovenia, these devices will be deployed in and around Los Angeles, with additional coverage locations across the US, Europe, and Japan.
What’s in the box?
— Radiation: Dual LND 7317 2” pancake GM tubes (same as in the bGeigie and Pointcast units) with Medcom iRover high voltage power supplies
— 3G cellular
— Accelerometer (for orientation and movement – Particulate measurements taken only when device is not in motion)
— Solar panels
— Battery pack (trickle-charged by the solar panels)
— External AC power
LoRa gateway: The Solarcast is LoRa capable, and can use any existing LoRa gateway it detects. We’ve designed an optional compact LoRa gateway that can be used in cases where none are available and that option is preferable. The gateway requires external power and LAN connection and can support hundreds of LoRa-enabled devices. LoRa has a range of up to 20km outdoors; indoors the signal can penetrate concrete walls at the expense of distance (i.e. there is a tradeoff between distance and penetration). It can be useful in situations where cellular connection is poor or not ideal.