AI Occupancy Based HVAC Controls results
Measured results, not models.
AI Occupancy Based HVAC Controls results from two buildings, two measurement methods, numbers you can check.
AI Occupancy Based HVAC Controls results
AI Occupancy Based HVAC Controls: 35% HVAC energy savings.
- 28% less electricity CSUN Lilac Hall
- 64% less natural gas CSUN Lilac Hall
- 36% less HVAC electricity CSU Dominguez Hills, independent CalNEXT field study
- 59.3% lower winter peak demand CSU Dominguez Hills, CalNEXT
Case studies
Two buildings. Two measurement methods.
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AI Occupancy Based HVAC Controls results · Measured before and after
CSUN Lilac Hall: 28% less electricity, 64% less natural gas
- About a 3-month payback
- About 26 metric tons of CO2e avoided per year
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AI Occupancy Based HVAC Controls results · Independent CalNEXT field study
CSU Dominguez Hills: 36% less HVAC electricity, independently verified under CalNEXT
- 59.3% lower winter peak demand
- 52.7% lower summer peak demand
- Space temperature within about 1°F
How results were measured
Our own metered data, and an independent field study.
CSUN Lilac Hall
Measured before and after
KenergyAI's own before-and-after metered data: Sep 2023 to May 2024 (before) vs. Sep 2025 to May 2026 (with KenergyAI). Electricity went from 62,106 to 44,847 kWh. Gas went from 6,594 to 2,390 therms.
About 26 metric tons of CO2e avoided per year.
CSU Dominguez Hills
Independently verified under CalNEXT
CalNEXT statewide emerging-technologies program, report ET23SWE0072 (Oct 29, 2025). IPMVP Option B, energy meters on both heat pumps, KenergyAI features switched on and off weekly, about 10 months of data.
See what these results could look like in your buildings.
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