Real Data, Real Savings: TelosAir’s Duet Sensor Suite Shows 30–40% Energy Reduction in University Study
The New York State Pollution Prevention Institute located at the Rochester Institute of Technology
How Much Energy Can You Save Without Compromising Indoor Air Quality?
That’s the question TelosAir set out to answer, and thanks to a recent third-party study led by the New York State Pollution Prevention Institute (NYSP2I) at Rochester Institute of Technology (RIT), we now have powerful data to back up our claims.
This collaborative study focused on verifying energy savings with the Duet Sensor Suite and TelosAir’s proprietary control algorithms. The findings: a classroom HVAC system using TelosAir technology saved up to 40% in energy consumption while still maintaining a healthy indoor environment.
The Study: Testing Smarter HVAC Control at Clarkson University
Project Objective:
To measure and verify the HVAC energy savings potential of TelosAir’s system versus a traditional baseline system, without sacrificing air quality.
Location and Setup:
Classroom at Clarkson University
Duration: One academic semester
Testing Method: Alternating between:
Baseline HVAC air handler operation
HVAC system controlled by a Building Automation System (BAS) using TelosAir’s algorithms and Duet sensors
Monitored Metrics:
Air temperature
Humidity
Particulate matter (PM sizes)
Key pollutant levels
Energy consumption (via RIT-installed energy monitors)
Key Findings:
Up to 40% Energy Savings
Energy use was reduced by 30 to 40% when the HVAC system was operated using TelosAir’s smart controls.
No Decline in Indoor Air Quality
Despite reducing ventilation rates, indoor air quality remained within healthy parameters, thanks to the system’s real-time monitoring and intelligent control of:
Damper positions
Variable Frequency Drive (VFD) speeds
Areas for Further Research
While the results were promising, the study also revealed some data anomalies, a common occurrence in real-world environments. These are now guiding our next steps in:
Enhancing the precision of our control algorithms
Understanding weather correlations
Performing additional multi-season monitoring
What This Means for Facilities Managers
This study confirms what we at TelosAir have always known: energy efficiency and healthy air are not mutually exclusive. With the Duet Sensor Suite, you can achieve:
Lower operational costs
Reduced environmental impact
Reliable, verified indoor air quality
It’s not just about filtering air. It’s about filtering smartly.
Looking Ahead
To build on this momentum, TelosAir is:
Deploying new energy monitoring devices for ongoing evaluation
Expanding testing to include varied weather conditions and building types
Refining algorithms to further optimize savings and performance
We are committed to a future where building systems are both cleaner and smarter. This study is a major step forward.
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