The control layer for efficient coolingPhysics-based cooling optimization.
Savings from day one.
SyMa Conductor turns your existing cooling plant into one coordinated system. Our on-site control device runs your chillers, pumps, and heat rejection together as a single, continuously optimised system. No new chillers, no cloud connection, no black-box learning phase.
Your chillers are not the whole problem.
Conventional control tunes the system for a single design point, or for a limited number of them. In a real plant those design points occur in fewer than 3% of operating hours. For the rest of the year, pumps and heat rejection units may optimise themselves, but they do not work as one system. They run harder than they need to, and the chillers are pushed into less efficient operation. Standard control leaves that gap untouched. It was built to hold setpoints and stage equipment, not to optimise the plant as a whole.
A physics model decides every operating point.
Model the plant
A first-principles thermodynamic model is built from your real schematics and component data. No training period, and it does not need historical data to start. Where good historical data exists, we use it to sharpen the model.
Predict and optimise
Every minute SyMa predicts how each combination of chillers, pumps and free cooling will meet the next load, and picks the operating point with the lowest electrical cost inside your safety envelope.
Run locally, on a dedicated controller
The optimisation runs entirely on site, on a dedicated, proven controller we deliver with the software. Matching the hardware to the software keeps the system reliable and long-lived, rather than leaving it to run on equipment we have not qualified. No cloud dependency. No loss of control if the network is down. Your operators keep authority.
Verified, independently measured savings on a live municipal plant.
"The transparency we now have is outstanding. We compared the annual refrigeration energy use to the previous year, and the efficiency gains and cost savings were immediately obvious."
Three sectors, one control layer.
Data centres
Coordinated chillers, dry coolers and free cooling for PUE-sensitive operations.
Hospitals
Central cooling for clinical environments, where dependable cooling underpins patient care, radiology, and safe operation.
Industry and process cooling
Process plants, where cooling affects product quality and cost, and coordinating multiple chillers cuts electricity use while keeping operation reliable.
Savings carry the investment.
SyMa is billed as a one-time investment in hardware and software plus an ongoing fee. The fee is measured against the savings achieved, so your advantage grows with efficiency. As a rule, the savings exceed the cost within a short time. At the Karlsruhe reference project, the outlay was already covered after five months.
Real plant rooms. Real PLCs.
Answers, before the call.
How long deployment takes, what data we need, whether your operators keep control, and how the savings are measured. All answered in the FAQ.