Measured Results, Not Estimates
Every performance claim eTemp makes is backed by pre- and post-installation data logging across real commercial deployments. The numbers on this page are not projections—they are measured results from operating facilities.
Request a PilotVerified Performance Across Deployments
In Their Own Words
The following testimonials are from operations and facilities leaders who ran eTemp pilots across their portfolios and subsequently approved full-scale deployments. They describe the pilot experience, the data they received, and how they used the verified results to support their capital decision.
A VP of Operations at a multi-unit restaurant group describing the baseline measurement process and the quality of data received in the post-installation report.
"We'd looked at energy efficiency programs before. None of them gave us the unit-level data eTemp did. When we showed the report to our CFO, the conversation was about rollout timeline—not whether to proceed."
How We Measure
Every eTemp engagement starts with a one-week baseline measurement on your own equipment using calibrated data loggers — followed by installation and a second week of monitoring under identical conditions. The before-and-after comparison produces a verified savings report: per-unit energy reduction, compressor cycle reduction, projected annual savings, and CO₂ impact. See the full process →
Industry Recognition
eTemp's performance has been validated by independent industry review. The LSG Sky Chefs fleet-wide deployment — spanning 17 customer service centers across North America — documented 547,558 kWh in cumulative savings in LSG's own published environmental report. The deployment was named Energy Manager Today's Top Project of the Year, with the award recognizing the full annualized run rate of over 1,000,000 kilowatt hours across the fleet. eTemp's patented sensor also holds NSF certification and has no warranty claims in 19 years of operation.
A subsequent deployment across the U.S. Navy fleet — protecting mission-critical food supplies on every vessel that carries them — further confirms the technology's reliability under the most demanding operating conditions. Performance claims are grounded in measurement data from completed deployments, not modeled projections.
CO₂ Reduction at Scale
By reducing energy consumption per refrigeration unit by 20%, each eTemp deployment reduces the carbon intensity of refrigeration operations materially. The average CO₂ reduction across deployments is approximately 2 metric tonnes per refrigeration system per year.
| Portfolio Size | Refrigeration Units | Estimated Annual CO₂ Reduction |
|---|---|---|
| 10 locations (avg. 8 units) | 80 units | ~160 metric tonnes/year |
| 50 locations (avg. 10 units) | 500 units | ~1,000 metric tonnes/year |
| 100 locations (avg. 12 units) | 1,200 units | ~2,400 metric tonnes/year |
| 200 locations (avg. 15 units) | 3,000 units | ~6,000 metric tonnes/year |
CO₂ reduction figures are estimates based on average energy reduction performance and regional grid emissions factors. Site-specific figures are included in all verified savings reports.
For operators with sustainability reporting obligations—ESG disclosures, franchise sustainability standards, government compliance filings—eTemp's measurement-based CO₂ documentation provides the data specificity that utility benchmarking alone cannot deliver.
See a Real Deployment
LSG Sky Chefs, a Lufthansa Group subsidiary, piloted eTemp at their Dallas facility and deployed it across 17 customer service centers — documenting 547,558 kWh in cumulative savings and 437 tons of CO₂ reduced in their public environmental report. At full run rate, the fleet conserves over 1,000,000 kWh annually, earning the deployment Energy Manager Today's Top Project of the Year.
View the LSG Sky Chefs Case StudyThe Only Way to Know Your Results Is to Measure Them
A portfolio estimate is a starting point. A pilot is the proof. Start wherever makes sense for your current stage.