Virtual CommissioningTM (VCxTM) is an innovative energy efficiency program which provides utilities
with a mass market small and medium business (SMB) solution by capitalizing on AMI investment. Want to learn more?
As a sustainability leader, proving that your Energy Conservation Measures (ECMs) actually reduce emissions is one of your toughest challenges. Stakeholders, auditors, and reporting frameworks demand audit-ready proof, but traditional tracking methods often fall short.
By bringing robust M&V modeling into your workflow, you move from guesswork to defensible data. Here is how advanced M&V empowers your team to validate savings, safeguard carbon goals, and streamline operations.
When evaluating energy efficiency, raw utility bills don’t tell the whole story because external factors — like weather, occupancy, or operating hours — are always changing. That’s where linear regression modeling comes in.
Linear regression models look at historical energy use before an upgrade alongside variables like outside temperature, building occupancy, etc. The model learns your facility’s baseline relationship with those variables and how they either increase or decrease your energy consumption.
Once the ECM is installed, you can isolate the energy reduction to the ECM alone, removing the “noise” that drives energy consumption. A regression approach tells you, “Here’s what the consumption would have been had the ECM not been installed.” This is your adjusted baseline. Your adjusted baseline’s predicted consumption is then subtracted from the actual energy consumption that is measured post-installation to calculate the energy savings.
Comparing last July’s electric bill to this July’s electric bill misses the big picture. If an unseasonably hot heatwave hits post-ECM, your raw consumption might spike, making a successful HVAC project look like a failure on paper.
We model energy using normalized weather data sets (TMY/Typical Meteorological Year). By asking, “If this were a typical weather year, what would the savings be?”, we filter out temporary weather anomalies and reveal true performance.
Auditors and utility teams need numbers they can trust implicitly. You can enlist our team as an independent third-party validator for all energy-saving initiatives across your portfolio. This third-party verification gives your carbon reports instant credibility with executives, investors, and regulators.
Energy efficiency isn’t a “set it and forget it” event. Performance can drift due to overridden controls, schedule changes, or faulty equipment. Our platform monitors projects continuously for negative shifts in savings. If performance drops, your team gets early warnings to take corrective action before bad months impact annual ESG reports.
Every initiative is unique. Whether you need high-level tracking across an entire facility meter or equipment level sub-metering on individual chillers and air handlers, our M&V modeling scales to fit the exact scope of your upgrade.
By connecting our M&V platform directly with other modules in our Utility Intelligence Platform (UIP)—such as the Carbon Module—the energy savings we validate automatically flow into your carbon reduction targets (Scope 1 and Scope 2).
By managing all energy savings projects in a single, automated platform, you save hundreds of hours while delivering ironclad proof of carbon reduction.
Automated analytics allow users to analyze and track savings across multiple portfolios.
Our M&V follows globally recognized protocols while offering clear documentation for reviewers, evaluators, and regulators.