Energy monitoring · NY & NJ

Building energy monitoring that keeps savings from slipping.

Savings fade when nobody is watching. Our monitoring service puts live energy data in front of you, flags waste the day it starts, and proves results with IPMVP measurement and verification.

BUILDING 2 · 120,000 SQ FT● LIVE
Demand412 kW−18% vs base
Today6,840 kWh−14%
Gas182 therms+3%
EUI · 12 mo66.0−19%
020040060000:0006:0012:0018:0023:00kW baselinenow · 412 kW
AHU-3 running outside schedule (Sat 23:10)
Simultaneous heating & cooling, floor 7
Demand peak avoided, chiller staged
Data sourcesUtility interval dataRevenue-grade sub-metersBACnet / Modbus BASSteam & gas metersENERGY STAR Portfolio Manager

What's included

Meters, dashboards and an engineer who reads them.

Software alone does not save energy. Each month an engineer reviews your data and sends your facility team a short list of things to fix.

Sub-metering

Electric, gas, steam and water meters on major systems and tenant spaces, including LL88 sub-metering.

Live dashboards

15-minute data for kW, kWh, therms and EUI, by building, system or tenant, on any device.

Fault alerts

After-hours runtime, simultaneous heating and cooling, stuck dampers and new demand peaks.

Measurement & verification

Baseline models and M&V reports under IPMVP for incentives and performance contracts.

Benchmarking

ENERGY STAR Portfolio Manager upkeep and LL84 and NJ benchmarking submissions.

Bill auditing

Every utility bill checked against meter data to catch errors and rate problems.

Monthly engineer review

A short action list for your facility team, followed up the next month.

Tenant billing

Accurate sub-metered tenant electric bills for commercial and multifamily properties.

Measurement & verification

Proof of savings, by the method your project needs.

The IPMVP protocol gives four ways to verify savings. We choose the option that matches the measure, the contract and the incentive program.

Option A · Key parameter

Measure the one variable that matters, such as fixture wattage, and estimate the rest. Good for lighting.

Option B · All parameters

Meter the retrofitted equipment directly, such as a chiller or VFD-driven fan.

Option C · Whole building

Compare utility meters against a weather-normalized baseline. Good for many combined measures.

Option D · Calibrated simulation

A calibrated energy model where no reliable baseline exists, such as new construction.

Getting started

Live data in about four weeks.

  1. Metering planWe review your meters and BAS and propose only the sub-meters you need.
  2. Install & connectLicensed electricians install meters; we connect utility data and the BAS.
  3. BaselineWe build a weather-normalized baseline so every change is measured fairly.
  4. Monthly reviewsAlerts start right away; the first engineer review follows within a month.

FAQ

What is building energy monitoring?

Energy monitoring collects electricity, gas, steam and water use at short intervals, usually every 15 minutes, from utility meters and sub-meters. The data is shown on dashboards and checked automatically for waste and equipment faults.

Do I need new meters?

Not always. We start with the utility's interval data and your existing BAS. Sub-meters are added only where they answer a real question, such as tenant billing, LL88 compliance or verifying a specific project.

What is IPMVP measurement and verification?

The International Performance Measurement and Verification Protocol defines four options, A to D, for proving energy savings. Utilities, lenders and performance contracts rely on it to confirm that savings are real.

Ask about monitoring

Find out what your building is doing right now.

Send us your building details or call an engineer directly. We reply within one business day with a recommended scope and fee.

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