HVAC-R Intelligence Platform

HVAC-R Performance Intelligence Platform

ClimaWISE detects 10–25% energy loss in HVAC-R systems caused by invisible performance drift.

We identify a unique thermodynamic fingerprint for each system and continuously analyze real operating behavior to detect deviations that indicate inefficiency, degradation, or suboptimal performance.

This fingerprint is translated into measurable performance insights that help operators reduce energy waste, improve system efficiency, and recover lost operational ROI.

MaritimeLand-based
On vessels. In buildings. The physics are the same.
Thermodynamic fingerprint
5 healthy 3 drift
Thermodynamic fingerprint of HVAC-R systemReal-time waveform visualisation of refrigerant-cycle temperature, pressure and energy-flow curves forming a unique operational signature for the monitored installation.
Promised performanceActual performance
60-day window · η %
Drift−13.8%
System holds · 1103 sensorsLast scan · 00:04 ago
The drift problem

Your system is performing.
Just not as intended.

The gap between a HVAC-R system's design intent and its actual operational output is known as performance drift.

Over time, this deviation leads to measurable inefficiencies in energy consumption, refrigerant performance, system wear, and maintenance costs.

Even well-maintained, A-rated systems experience performance drift. It is not a maintenance issue, but a system behavior deviation that standard monitoring systems are not designed to detect.

Global impact
10–0%

Performance drift causes a silent energy loss in every large-scale system, every year.

Cost of drift
€250k–€0

Annual waste per asset. These losses are typical for large vessels and buildings with high-capacity HVAC-R systems.

Detection threshold
0% vs 0%

ClimaWISE detects refrigerant leaks with a loss of only 3%. Without active performance monitoring, most issues go unnoticed until a system failure occurs at 50% loss or more.

Request a Performance Scan

Traditional monitoring reads sensors to tell you what is happening. However, it never tells you whether that matches what should be happening based on your actual load and environment at that exact moment. That distinction is everything.

The ClimaWISE platform

We don't read your sensors. We read your system.

ClimaWISE builds the thermodynamic fingerprint of your installation based on the actual physics of your system, your components, and your operating conditions. We monitor this continuously to show exactly where performance is being lost.

400500600700800KWHBASELINE PERIODOPTIMIZATIONREAL SAVINGS−22%Month 0Month 4Month 6Month 12Dynamic baselineMeasured energy

Real savings, calculated against a dynamic baseline that moves with actual conditions. Not a static before/after comparison.

01

Thermodynamic fingerprint

We build a real-time thermodynamic fingerprint of your HVAC-R system based on operating conditions and core performance indicators such as COP, EER, compressor behaviour, and condenser efficiency.

This fingerprint represents how your system actually performs under real-world load conditions.

02

Dynamic baseline

Instead of comparing performance to static design specifications, we continuously compare your system to its expected behaviour under current operational conditions.

This allows us to detect performance drift as it happens, not after failure or manual inspection.

03

Expert co-pilot

ClimaWISE includes an Expert Co-Pilot service that combines system intelligence with engineering expertise.

We work alongside your technical team to interpret performance drift and translate detected deviations into actionable operational recommendations.

Together, we help prioritize and execute improvements that restore efficiency and reduce energy loss.

Two worlds

One platform. Two worlds.

The thermodynamic laws are universal. Their expression on a superyacht crossing climate zones is different from a hospital running 24/7. We speak both languages.

Maritime

For vessels that can't afford downtime.

A superyacht sails from Monaco to the Caribbean. Seawater temperature changes by 15°C and guest occupancy doubles. The HVAC-R system that was perfectly tuned in port now operates under fundamentally different thermodynamic conditions. Nobody on board can quantify the impact.

Fuel wasteCharter lossRefrigerant leaksCO₂ emissionsCrew confidence
Condenser efficiency
66%81%
Energy saved
25%
Explore Maritime
Land-based

For buildings that must perform and prove it.

Your energy bill is rising and your ESG report needs numbers you can defend. Replacing the entire installation seems like the only way to meet sustainability goals, but the current system is not yet written off. Where does that cycle end? ClimaWISE builds the thermodynamic fingerprint of your existing installation to unlock its full potential.

Energy costsESG / CSRDStaff shortageRefrigerant monitoringCooling towers
kWh per m²
−23%
ROI
< 12 mo
Explore Land-based
Why it works

The only honest way to measure savings.

Most efficiency claims are based on static before/after comparisons. But conditions change. If it's warmer in July than in April, your system will consume more energy, regardless of any optimisation. A static comparison attributes that to failure. A dynamic baseline corrects for it.

Traditional
  • ×Measure before and after
  • ×Compare to factory specs
  • ×React to alarms
  • ×Periodic service visits
  • ×Assumptions about savings
ClimaWISE
  • Continuously measure, corrected for actual conditions
  • Compare to the dynamic fingerprint of your system
  • Detect drift before energy is wasted
  • 24/7 monitoring between service visits
  • Guaranteed evidence for ROI and ESG reporting

Stop the drift. Start the recovery.

Large-scale systems often consume over 200,000 kWh per month. Performance drift is an invisible tax on your operations. Let's calculate the recovery potential for your assets.

Request a Business CaseTalk to an engineer

Engineered for high-capacity assets. Validated by physics.