14 Industry
HVAC and thermal plant monitoring
How much energy it takes to keep spaces comfortable, building by building, and how much of it you are spending to compensate for a badly tuned plant.
Illustrative figures.
What NeMo reads
The quantities that matter
A plant that overheats and a plant that heats badly cost the same on the bill, and only tell themselves apart if somebody measures the temperature differential. Usually nobody does, and the tuning stays where commissioning left it.
Heating and cooling energy
Per building and per zone, because the site total never says which wing is wasting.
Flow, return and drop
The temperatures on both sides and the difference between them — efficiency seen up close.
Comfort in the zone
Temperature and humidity where the people are, which is where the plant is judged.
Power draw
Pumps, chillers and heat pumps: the electrical share that grows while nobody watches it.
Generator running
Running hours and start cycles, where short cycling burns efficiency.
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
Consumption per square metre
Comparable across buildings, the only comparison that holds across an estate.
Real seasonal efficiency
Of the generators, measured over the actual season rather than quoted from a catalogue.
Hours outside comfort
When the plant runs out of band: too warm, too cold, or simply for nothing.
Curves for re-tuning
The data to redraw the weather compensation curve on, instead of nudging it by feel.
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.