Intelligence for the physical grid
Electrification depends on the last mile.
Heat pumps, EVs, solar and batteries are landing on low-voltage networks that were never built for them, and that operators can barely see.
The part of the grid nobody sees.
SCADA stops at the primary substation. Smart meters start at the customer's door. In between, across secondary substations, kiosks and poles, is where the new load is arriving, and where operators work almost blind.
Phase3 sits alongside the systems an operator already runs and feeds them field data they can trust. It does not replace them.
How it works
How it works
Clamp on.
The sensor closes around a live low-voltage cable. No cut, no outage, no change to the protection equipment.
Read every phase.
Voltage, current, frequency, power factor, active, reactive and apparent power, and harmonic distortion, on each phase, all the time. Plus the conditions at the site.
L1 +0.87 · L2 0.00 · L3 −0.87
Our certified LV sensors read every phase on live cables. They are ready to deploy now.
Report on its own.
Each unit carries its own mobile connection and its own identity, and updates over the air. Nothing depends on the operator's communications.
Turn readings into work.
Repeated alarms become incidents with an owner. Breached thresholds become cases with evidence.
Close the loop.
Work is followed until it is really closed, and handed to the next shift in writing.
Where do you come from?
Next, a grid that reasons.
We are building AI that models how the network behaves and sees constraints forming before they become faults or refused connections.
Open by design. Operators own their data, and our platform plugs into the systems they already run. Open interfaces (MQTT and REST) and industry data models (CIM, SAREF), so it can feed ADMS, SCADA and digital twins.
We intend to make it the operating layer of the electrified grid.