U.S. Patent 10,731,064 · AHRI-700 compliant · EPA-compliant supply
+1 (646) 395-8174Case studies
Every figure below comes from an independent study with control equipment or third-party verification. Figures from independent lab and field studies; results vary by system age, load profile, and operating conditions.
32–43%
improvement in kW/ΔT
200-ton chiller · 2 years
32–43% improvement in kW/ΔT, statistically significant at p < 0.0001.
Why it matters: Longest field study, run with a simultaneous control compressor. Savings grew over time.
20.1%
sustained reduction at one year
40-ton units · 1 year
20.7% reduction at pilot; 20.1% sustained at one year.
Why it matters: Side-by-side identical units serving the same space. Savings were consistent and durable.
22%
daily kWh reduction
22-ton CRAC units
22% daily kWh reduction.
Why it matters: Verified by a licensed PE/CMVP with 1-minute interval logging and a control unit.
32%
kWh savings (temperature-normalized)
15-ton rooftop unit
32% kWh savings, temperature-normalized.
Why it matters: Cross-validated via two independent methods, both converging at 32%.
Laboratory baseline
Lab numbers are the floor, not the ceiling — accumulated wear and variable loads make real-world savings materially higher.
+6% SEER
cooling capacity +7–13% vs. R-134a
AHRI 210/240 standard
Lab baseline; real-world savings are materially higher due to accumulated wear and variable loads.
+9% to +43%
EER improvement
Five refrigerant families
Consistent across R-22, R-404A, R-407C, R-438A, and R-427A.
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