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Energy & Sustainability

Commercial Energy Management in the DMV

An energy technician testing controls in a commercial rooftop air-handling unit
Energy management · illustrative editorial image

Energy management for commercial buildings is not a gadget or a dashboard. It is a discipline: read the utility data every month, find where the building wastes energy, fix it, and prove the fix worked. Levaru runs that discipline for commercial buildings across the DMV as part of our energy and sustainability practice, and it is the foundation under everything else on that page, from BEPS compliance to retrofit planning.

The honest pitch: most buildings pay for energy nobody uses. The waste hides in schedules, setpoints, and neglected equipment, and it shows up plainly in data that most owners already receive and nobody reads.

Start With the Bills and the Interval Data

The first month of any engagement is forensic. We collect every utility account for the building, electric, gas, water, and any tenant meters the leases let us see, and build a twelve-month baseline. Then we benchmark the building in ENERGY STAR Portfolio Manager, which also satisfies the reporting obligation if your building is covered by a DC, Maryland, or Montgomery County program.

Bills tell you how much. Interval data, the meter readings your utility records in short increments, tells you when, and when is where the waste lives. A building’s load curve should look like its occupancy: ramp up in the morning, plateau, ramp down at night, flat and low on weekends. When the overnight load is a large fraction of the daytime load in an office building, something is running for nobody, and the data will not let anyone argue otherwise.

Where Buildings Waste Energy

After enough buildings, the list stops surprising you.

Schedules that ignore the calendar. Air handlers starting hours before anyone arrives, running through evenings, or treating holidays like workdays. Schedule corrections are the cheapest savings in the industry.

Simultaneous heating and cooling. A failed sensor, overlapping setpoints, or a stuck valve puts heating and cooling into a tug-of-war, and the building pays for both sides. Comfort complaints often point straight at it: the suite that is never right is frequently the one being heated and cooled at once.

Leaking and stuck economizers. Economizers should cool with free outside air when the weather allows. Stuck closed, you buy mechanical cooling on mild days. Stuck open, you heat the outdoors in January. Either failure runs silently for years unless someone tests the dampers.

After-hours loads. Garage fans on high around the clock, lighting circuits that never switch off, IT and plug loads with no setback. Individually small, collectively a permanent tax on every bill.

What Are Demand Charges?

Demand charges bill you for your fastest rate of consumption, not your total. The utility measures your peak demand in kilowatts over short intervals across the billing period, and that single peak sets a charge that can rival the energy portion of the bill.

The intuition: the grid must be built for your worst half hour, so you pay for that capacity whether you use it once or constantly. The management consequence is that timing matters as much as totals. Staggering equipment starts after an outage or a morning warm-up, pre-cooling ahead of a hot afternoon, and shifting flexible loads off the peak all cut the demand line without changing what the building consumes.

One bad half hour can set your demand charge for the month. Managing peaks is not about using less energy; it is about not using it all at once.

We review demand history as part of the baseline, because a recurring peak usually has a mechanical cause, and a mechanical cause has a fix.

Controls and Setpoint Hygiene

Building controls drift the way desks get cluttered: one override at a time, each reasonable on the day it was made. A tenant complains, someone forces a fan to run, and three years later the override is still there. Setpoints creep together until the deadband between heating and cooling vanishes. A sensor fails and the system obediently serves bad data.

Setpoint hygiene is the recurring correction of that drift: audit the overrides and clear the expired ones, restore sensible setpoints and deadbands, verify sensors against a handheld reference, and confirm schedules still match how the building is actually used. It is maintenance for software, and in our programs the control checks live on the same calendar as the preventive maintenance program, with completion documented in the client platform so the state of the controls is a record, not a memory.

Measurement and Verification: Prove It or It Did Not Happen

Every efficiency vendor promises savings. M&V is how you find out who was right. Before a measure goes in, we document baseline consumption and the conditions behind it. After, we compare actual usage against that baseline adjusted for what legitimately changed, weather above all, since no fair comparison ignores the difference between a mild winter and a brutal one.

A savings estimate is a sales document. A measured saving, checked against a weather-adjusted baseline, is a financial result. Fund the second kind.

This is also self-protection for us. We would rather report a measure that underperformed and fix it than let a spreadsheet claim a victory the meter never saw.

Maintenance Quality Is Energy Performance

The dirty secret of building energy performance is that much of it is maintenance wearing a different name. A dirty coil makes a compressor run longer for the same cooling. A clogged filter makes a fan push against resistance all day. A slipping belt moves less air, so the system compensates by running more. None of these appear on an energy audit as line items; all of them appear on the bill.

This is why energy management inside a disciplined maintenance operation outperforms energy management bolted on from outside. Our commercial HVAC maintenance program keeps coils clean, filters changed, belts tensioned, and dampers working, and the energy program verifies the result on the meter. Same equipment, same visits, two payoffs.

If your building’s bills have been rising and nobody can say why, the answer is in the data. Request an energy review and we will start with twelve months of your bills, before anyone proposes buying anything.

FAQ

Energy Management — common questions

What does an energy management service actually do?

It turns your utility data into decisions. The recurring work: collect and review every utility bill, benchmark the building in ENERGY STAR Portfolio Manager, watch interval data for waste patterns like after-hours loads, keep schedules and setpoints correct, and verify that fixes actually reduced consumption. The deliverable is a building that uses less energy and a record proving it, which also feeds compliance reporting in DC and Maryland.

What are demand charges on a commercial electric bill?

Commercial bills have two main parts: energy charges for total kilowatt-hours used, and demand charges based on your highest rate of use, measured in kilowatts over short intervals during the billing period. Demand charges pay for the grid capacity your peak requires, and they can be a large share of the bill. One bad half hour, like every system starting at once after an outage, can set the demand charge for the entire month.

How do you find energy waste without buying new equipment?

Start with when the building uses energy, not just how much. Interval data shows whether the building actually sets back at night and on weekends or just claims to. Common findings: equipment schedules running for empty floors, economizers stuck closed, heating and cooling fighting each other because of a bad sensor or overlapping setpoints, and overridden controls nobody reset. Fixing these costs little and shows up on the next bill.

What is measurement and verification (M&V) of energy savings?

M&V is how you prove a savings claim instead of taking it on faith. Before a measure is installed, you establish a baseline of consumption, adjusted for things that legitimately change usage like weather and occupancy. After installation, actual usage is compared against that adjusted baseline, and the difference is the verified saving. Without M&V, savings estimates are marketing. With it, they are numbers you can put in a budget.

Can better maintenance really lower a building's energy bill?

Yes, and it is one of the most reliable levers available. Dirty filters and coils force fans and compressors to work harder for the same comfort. Slipping belts, failed dampers, and drifting sensors quietly add load for months before anyone notices. A preventive maintenance program keeps equipment running at the efficiency it was designed for, which is why buildings with disciplined maintenance routinely outperform identical buildings without it.

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