opticampere:

superior data acquisition for optimal power grid supervisory control

 

 

 

firefocs 101:

 

electrical power t&d grids suffer from an inability to detect high impedance faults. 

 

ai models will not adequately compensate for the physical limitations of induction current transformers to solve this problem.

 

 

opticampere has invented the technology platform solution to address the problem at the primary layer of scada networks with a patented pin-INSULATOR MOUNTED auxiliary FIBER OPTIC CURRENT SENSOR which optically samples the electric current wave travelling on the overhead power line. 

 

relative to the velocity of the polarized light propagating in the opticampere firefocs sensor network, the electric current wave travelling on the overhead power line is practically stationary.

 

continuous waves of polarized light from the opticampere starfocs interrogator record a photonic "video" of the 60 hz electric current wave, with a minimum of 1m "frames" recorded for each ac cycle, to produce a clear image of high-impedance faults and resultant transient waveforms, enabling wildfire prevention.

 

 

 

fun facts:

 

opticampere fiber optic power sensors are inherently quantum in nature, as the polarized optical field behaves as a room-temperature entangled qubit, with physical properties controlled by superposition, enabling quantum power sensing, with no cryogenics required!

 

 

 

 

Contact: sales@opticampere.com