Glossary
Operations and asset management

What is M&V?

Definition

Measurement and verification (M&V) determines the savings from an energy or water project by comparing measured use after the change with a baseline adjusted to the same conditions.

Where M&V is required

Savings someone else must accept need M&V: energy savings performance contracts and utility energy service contracts, utility incentive programs, green loans and internal capital approvals. Owners also use it simply to learn whether a fix worked.

IPMVP options and the savings equation

The International Performance Measurement and Verification Protocol is owned and maintained by the Efficiency Valuation Organization, and its current core document is IPMVP Core Concepts 2022. Options A and B isolate a retrofit, Option C uses meters on the energy supply to the whole facility, and Option D applies a calibrated simulation when baseline or reporting period data are unreliable or unavailable. Savings equal adjusted baseline use minus reporting period use, with non-routine adjustments for changes outside the project.

Where M&V sits in Aqueduct

Billing Management lists M&V as its third use after tenant billing and bill validation: once controls or optimizations are running, it shows whether savings happened. For whole-site claims, the baseline is a regression on usage and degree days. For a single RTU or chiller, Smart Controls baselines that equipment's power first and reports savings against it.

Questions

M&V: common questions

Measurement and verification is the discipline of proving, with metered data and an agreed method, how much an efficiency project actually saved. It produces a savings figure that an owner, contractor or lender can accept, usually following IPMVP. Aqueduct's approach is on the M&V feature page.

The parties to the agreement, usually the owner and the contractor, sometimes with an independent reviewer. The method they agreed in the M&V plan decides what counts, including the baseline period, the measurement boundary and how weather and occupancy are adjusted for.

The baseline period, measurement boundary and adjustment variables shape the result, and choosing them after the fact invites dispute. Agreeing them first also tells the team which meters must be in place before the change, since a missing baseline cannot be measured later.

It depends on the agreement. A utility incentive may need one year of reporting, while a performance contract can require savings reports for the full contract term. Continuous metering in Aqueduct keeps the reporting period data available for as long as the agreement runs.

See Aqueduct on your own facility.

Bring a site, a utility bill or a question. We will show you where the loss is.