Settings that follow the load
Fan and pump speeds and water temperatures follow the actual heat, hour by hour, without anyone re-tuning them by hand.
cooling
Cooling that adjusts itself.Engineers who don’t have to.
Liquid and air cooling is tuned once and then left alone, while the heat changes every minute. OddBox’s private AI watches every pump, fan and chiller, keeps them matched to the real load within the limits you set, and gives your team answers instead of alarms.
where the hours come back
Fewer alarms, fewer rounds, fewer surprises.
One clear alarm, not fifty
Related alarms are grouped and explained. The night shift sees what matters and what to do first.
Leaks and fouling found early
Pressure and temperature drift reveal clogged strainers, tired pumps and slow leaks days before they become an incident.
Also forsemiconductor fabspharma & labsfood & cold chainbatteries & energy storagetelecom & edge sitesplastics
the cooling chain
Six stages, one view.
Each stage has its own controller, often from a different vendor. OddBox reads them all and treats the chain as one system.
how it goes live
Running in four steps, without a shutdown.
01
Map
We list every point your BMS, DCIM, CDUs and chillers expose.
02
Connect
Read-only gateways and a local historian on your own server.
03
Advise
The AI suggests settings; your team compares them with what happened.
04
Hand over
You get the system, the source code and every key. We leave.
Your controls keep control. The AI advises.
OddBox connects read-only. Every suggestion comes with its reason; a person approves it, and your BMS or controller makes the change within the limits you set. If anything looks wrong, the plant falls back to its own settings.
Running a hall, a plant or a fleet of cooled sites? Let’s take the routine off your team.
Talk to us