Emergent Energy

Industrial Audits

Energy Monitoring-Based Industrial Audits

Certified Energy Managers deploy circuit-level monitoring for weeks to months, replacing utility-bill guesswork with continuous measured data a single-day walkthrough can't reveal. The result is a defensible list of ECMs ranked by what your facility actually does — not what an estimator thinks it does.

Why Monitoring-Based Audits?

Measured behavior beats engineering estimates

Continuous Data, Not Snapshots

Walkthrough audits capture a single moment. We log circuit-level kW, kWh, and power factor every few seconds for weeks — so seasonal swings, weekend creep, and idle-load waste all surface in the data instead of getting averaged into a utility bill.

Occupied vs. Non-Occupied Analysis

We segment load by schedule to expose what's running when nobody is in the building. Lighting circuits, HVAC fans, plug loads, and process equipment that should be off after hours are flagged with measured kW and dollar impact attached.

Production vs. Down-Day Profiling

By correlating energy use with production output, we separate true process load from fixed overhead. The result is an accurate kWh-per-unit baseline and a clear view of how much energy your facility burns when no product is moving.

Trend-Based Recommendations

Every Energy Conservation Measure is backed by weeks of measured behavior — not a one-day estimate. That means tighter savings projections, defensible payback math, and ECMs that survive scrutiny from finance, plant management, and utility program reviewers.

Traditional vs. Monitoring-Based

Two audit approaches, very different answers

Data source
12 monthly utility bills plus a single walkthrough.
Weeks to months of circuit-level interval data alongside the walkthrough.
Granularity
Whole-building totals at one-month resolution.
Individual loads, panels, and processes at minute-level resolution.
Schedule visibility
Inferred from peak demand and load factor.
Measured occupied, unoccupied, weekend, and shutdown behavior.
Savings confidence
Engineering estimates with wide error bands.
Measured baselines anchor projected and verified savings.
Post-project M&V
Requires a separate measurement effort.
Sensors stay in place — verification is continuous.

Our Process

Five steps from install to verified savings

Step 01

Deploy Monitoring

CEMs install non-invasive current sensors on main switchgear, sub-panels, and key process loads.

Step 02

Collect Continuous Data

Interval data streams to the cloud for weeks to months, capturing every operating mode.

Step 03

Analyze & Benchmark

We profile each load against schedule, weather, and production to isolate waste.

Step 04

Deliver Actionable ECMs

An ASHRAE-aligned report ranks ECMs by measured savings, cost, and payback.

Step 05

Implement & Verify

We project-manage implementation and use the same sensors for IPMVP-grade M&V.

Turnkey Project Capabilities

One team from audit to implementation

We don't hand you a binder and walk away. Once the data confirms an opportunity, the same team can deploy energy and water sub-metering, run the retrofit, and verify performance against the measured baseline — all on one contract.

  • Energy & water sub-metering deployment
  • Compressed air and steam system audits
  • LED lighting and controls retrofits
  • HVAC and chilled-water plant optimization
  • VFD installation on motors, fans, and pumps
  • Building automation tuning and re-commissioning
  • Utility rebate capture and IRA tax incentive support
  • Ongoing measurement and verification

Get a measured view of your facility

Tell us about your facility and we'll scope a monitoring-based audit — sensor count, deployment duration, and the ECMs we expect the data to uncover.