Your installation just got a brain.

The thermodynamic fingerprint is the unique performance signature of a specific HVAC-R system: how it actually behaves in terms of pressures, temperatures and efficiency under real operating conditions, rather than the nameplate data it was designed for. ClimaWISE builds this fingerprint from weeks of continuous data and uses it as the reference to detect drift.

Performance drift is the gradual, often invisible decline in HVAC-R efficiency caused by refrigerant loss, fouling, sensor error, or outdated setpoints. It typically stays hidden from standard alarms until it has already wasted a significant amount of energy, because a drifting system still appears to "run" normally.

The dynamic baseline is the expected performance of a system for its current operating conditions, such as load, outdoor temperature and occupancy, rather than a single fixed setpoint from commissioning. ClimaWISE continuously recalculates this baseline, so comparing it to actual performance stays accurate as conditions change.

The expert co-pilot is the AI layer on top of the thermodynamic calculation engine. It prioritises detected anomalies, explains their likely root cause in plain language, and estimates the energy or cost impact, so an operator can act on findings without having to interpret raw sensor data themselves.

A BMS tells you whether sensor values sit within a fixed threshold and confirms the system is running. ClimaWISE validates whether that operation is thermodynamically correct for the current conditions, catching refrigerant loss, fouling and setpoint drift well before they trigger a BMS alarm.