The Open Power Quality (OPQ) project is a project aimed at collecting real-time distributed power quality (PQ) information and performing analytics on the data collected.
The original OPQ hardware was developed by our team and samples the raw power waveform at 4000 Hz. We’re currently able to measure frequency, voltage, and total harmonic distortion with our sensors. The original OPQ hardware is a combination of a MSP 430 ADC and a Raspberry Pi for onboard number crunching. The designed and firmware for our hardware is open source and freely available at https://github.com/openpowerquality/opq-hardware.
The new desgin of our OPQ hardware is currently in its final iterations. Please stay tuned for more details.
We designed the OPQ cloud service which aggregates, stores, and performs analytics over the many distributed data points from our OPQ devices. The cloud service allows users to view their PQ in real-time while also viewing the PQ around them in real-time as well. We use a sophisticated grid-map interface which displays PQ information while maintaining our users’ privacy.
We’ve also implemented an open communications protocol to facilitate communication between OPQ hardware devices and the cloud. All software for this project is freely available and open source and can be found at https://github.com/openpowerquality
More information can be found at http://openpowerquality.org/.