07 Industry
MV/LV substation monitoring
Currents, voltages and switchgear state read continuously, so a voltage dip stops being a story and becomes a measurement with a timestamp.
Illustrative figures.
What NeMo reads
The quantities that matter
When a line drops, the conversation with the distributor happens from memory. Without continuous recording there is no way to say when it happened or how long it lasted.
Currents and voltages
Per feeder, the level at which you can see which load is eating the headroom.
Reactive power
Power factor and reactive energy — the line that shows on the bill and never in the substation.
Device state
Breakers and disconnectors, so the real configuration is known without walking to it.
Temperatures
Transformers and switchboards, where a slow rise is the first sign something is giving way.
Network events
Voltage dips and protection operations, dated to the second.
How it connects
It speaks your field’s language
Meters, analysers, controllers and probes: the node connects to what is already installed, over the protocol it already speaks. Nothing in the field is replaced to get started.
Powered on and already talking — self-configuring in the fieldWhat comes out
From the reading to the decision
Power quality
Dated events, which is what you need when a line stops and nobody knows why.
Load per feeder
With the headroom left, before finding it out by adding one more load.
Service continuity
Interruptions and durations, measured rather than reconstructed from memory.
The cost of no correction
How much reactive energy you are paying for — which is what correcting it would be worth.
Nearby industries
They usually come together
Start from your plants
A 30-minute technical call to go through what you already measure, what you do not, and what it would take to close the gap.