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Energy & Sustainability Services for Commercial Buildings

Building engineers reviewing energy performance beside commercial mechanical systems
Energy and sustainability · illustrative editorial image

Building energy management used to be optional in this region. It is now a compliance obligation with deadlines and penalties attached: Washington DC and Maryland have both enacted building performance standards, and energy data that once sat unread in a utility portal now determines whether your building faces fines. Levaru runs energy and sustainability programs for commercial buildings across the DMV, covering benchmarking, BEPS compliance planning, energy audits, retro-commissioning, ESG reporting, LEED pursuit support, and EV charging readiness.

The premise of our approach is unglamorous: most buildings waste energy in ordinary, findable ways, and the same disciplines that keep a building maintained keep it efficient. Compliance is the floor. A lower utility bill is the return.

Why DMV Owners Now Have Regulatory Exposure

If you own commercial buildings in this region, some of them are likely covered by an energy performance law already, and more will be as thresholds expand.

Washington DC operates Building Energy Performance Standards under the Clean Energy DC Act. Covered buildings, currently those of 50,000 square feet and larger, with smaller buildings phasing in, must meet a performance standard each compliance cycle or complete a defined compliance pathway of improvements. Falling short of both carries financial penalties.

Maryland adopted statewide building energy performance standards under the Climate Solutions Now Act, requiring covered buildings above certain size thresholds to report energy and emissions data and to meet emissions reduction targets on a phased schedule.

Montgomery County runs its own benchmarking requirement and has enacted county-level building energy performance standards, meaning a Bethesda or Rockville building can answer to county rules on top of state ones.

Program details, thresholds, and deadlines evolve, and we deliberately keep the descriptions above general. The practical takeaways do not change: covered buildings must report accurate data on a schedule, buildings below the standard need a real improvement plan, and waiting until a compliance deadline to start is the expensive path. Northern Virginia currently imposes no comparable performance mandate, but institutional capital increasingly expects the same data there anyway.

What Are Building Energy Performance Standards (BEPS)?

Building Energy Performance Standards are laws that require existing buildings above certain size thresholds to meet defined energy or emissions performance levels by set deadlines, with penalties for non-compliance. They differ from benchmarking laws in one decisive way: benchmarking requires you to report your building’s performance, while BEPS requires you to improve it.

The general mechanics are consistent across jurisdictions. Regulators set a performance standard for each building type, typically derived from how the local building stock actually performs. Buildings above the standard carry on, reporting on schedule. Buildings below it enter a compliance cycle: several years to either reach the standard or complete a prescribed pathway of audits, tuning, and upgrades. Miss both and the penalties arrive as a recurring cost that buys you nothing.

Benchmarking asks how your building performs. BEPS tells you how it must perform. The first is a reporting exercise; the second is a capital planning problem with a legal deadline.

For an owner, BEPS turns energy from an operating footnote into an asset-level risk. A building that scores poorly faces a real cost, whether paid as retrofits or as penalties, and buyers and lenders in DC and Maryland have started underwriting accordingly.

Benchmarking in ENERGY STAR Portfolio Manager

Every energy program in this region starts in the same place: ENERGY STAR Portfolio Manager, the EPA’s free benchmarking platform and the reporting backbone for DC, Maryland, and Montgomery County programs alike.

The work sounds trivial and rarely is. Buildings get benchmarked with wrong square footage, missing meters, misclassified property types, and tenant meters nobody collected, and bad inputs produce a score that misstates your compliance position in either direction. We set up and maintain Portfolio Manager for client buildings properly: every meter identified and mapped, utility data flowing on schedule, property attributes verified against the actual building, and submissions filed on each jurisdiction’s calendar.

Done right, benchmarking is more than compliance. Twelve months of clean data tells you which buildings in a portfolio deserve attention first, and the score trend tells you whether your operational changes are working.

Energy Audits and Retro-Commissioning

When the data says a building underperforms, two tools find out why.

An energy audit is a structured study, commonly scoped at increasing depth from a walkthrough screening to a detailed investment-grade analysis. It inventories the systems, analyzes consumption, and produces a prioritized list of measures with estimated costs and paybacks. Audits are also a formal component of compliance pathways in some BEPS programs.

Retro-commissioning is the hands-on counterpart: testing and correcting the building you already own. Schedules that run the building nights and weekends for nobody. Economizer dampers seized shut, buying refrigeration on cool days when outside air is free. Sensors reading wrong, driving heating and cooling to fight each other. Overridden setpoints nobody remembers overriding. Retro-commissioning finds these faults and fixes them, and in most buildings it is the highest-return work available because the “equipment” being upgraded is mostly configuration.

Our operating background matters here: an audit performed by people who maintain buildings for a living reads differently than one performed from a spreadsheet. We flag the measure that looks good on paper but fails in a building with your tenants, your hours, and your maintenance reality.

Operational Measures First, Capital Retrofits Second

The cheapest kilowatt-hour is the one your building stops wasting without buying anything. So we sequence the work.

Operational measures come first: equipment schedules matched to actual occupancy, setpoints and deadbands corrected, controls tuned, economizers repaired, after-hours overrides put on timers. Cost is small, payback is fast, and the work overlaps heavily with disciplined commercial HVAC maintenance, which is not a coincidence.

Capital retrofits come second, informed by the data the operational phase produced: LED lighting conversions with controls, variable frequency drives on fans and pumps so motors run at the speed the load needs instead of full speed behind a damper, building automation upgrades, high-efficiency equipment replacements timed to end-of-life, and envelope improvements where the numbers justify them.

Rule of thumb: tune before you replace. A new high-efficiency unit running on a broken schedule wastes energy with better hardware. The retrofit earns its projection only in a building that is already operated well.

Retrofit projects run through our projects and construction practice with owner-side discipline: scoped, bid, leveled, and verified, with savings estimates you can hold someone to rather than vendor brochure math.

ESG Reporting for Institutional Owners

Institutional owners and their investors increasingly require energy, emissions, water, and waste data at the asset level, reported accurately and on someone else’s deadline. The hard part is rarely the framework; it is the data pipeline underneath it.

We build that pipeline: utility data collected across every meter including tenant spaces where leases allow, consumption converted to emissions consistently, and documentation kept so a number reported this year can be defended next year. Because client buildings run on Levaru’s own platform, the operational record behind the numbers, work orders, equipment inventories, and photo documentation, is already organized when a reviewer or an investor asks how a figure was produced.

We keep this honest: we prepare owner-side data and reporting support. Where a mandate requires third-party verification, we prepare the package and work with the verifier; we do not play auditor for our own numbers. Our dedicated ESG reporting service covers the data pipeline and emissions accounting in depth.

LEED Certification Support, Framed Honestly

LEED is the U.S. Green Building Council’s rating system for buildings, and pursuing it is a documentation and coordination project as much as a design one. Our role is owner-side support for that pursuit: establishing what certification would require for your specific building, managing the evidence and documentation credits demand, coordinating your architect, engineers, and a LEED consultant where the project warrants one, and supplying the operational data, from energy and water performance to maintenance and purchasing records, that existing-building credits are built on.

We do not claim completed LEED certifications or accredited professionals on staff, and you should be suspicious of any young firm that does. What we bring is the operating discipline underneath a credible pursuit, and a straight answer early about whether certification, or simply performing to that standard without the plaque, better serves your goals. Our LEED certification support service explains the owner-side role, and where we draw the line, in full.

EV Charging Readiness

Tenant demand for workplace charging is climbing, and some jurisdictions have begun nudging commercial properties toward EV readiness. The right sequence starts with an electrical capacity study, because the building’s spare service capacity, not the charger catalog, determines what is feasible. From there: load management so chargers share capacity intelligently instead of driving up demand charges, metering and billing arrangements that decide who pays for the electricity, siting and conduit planning, and make-ready infrastructure so future chargers are a mounting job rather than a trenching project. Where utility incentive programs for make-ready work exist, we fold them into the plan. Installation runs as a scoped construction project like any other. Our EV charging service covers capacity studies, demand-charge planning, and make-ready in detail.

Where to Start

Every engagement starts the same way: get the data, read it, then act in order of return. Our energy management service covers the ongoing discipline, bills, benchmarking, waste-finding, controls hygiene, and measured savings, and it is the foundation the rest of this page stands on.

If you own covered buildings in DC or Maryland, the compliance clock is already running. Request a proposal and we will start with your utility data and your deadlines, in that order.

FAQ

Energy & Sustainability — common questions

What are Building Energy Performance Standards (BEPS)?

BEPS are laws that require existing buildings above certain size thresholds to meet defined energy or emissions performance levels by set deadlines, with penalties for falling short. Washington DC runs a BEPS program under the Clean Energy DC Act, and Maryland has adopted building energy performance standards under the Climate Solutions Now Act. Unlike benchmarking, which only requires reporting, BEPS requires buildings to actually improve. Owners of covered buildings need a compliance plan, not just a data submission.

Which DMV buildings are covered by BEPS or benchmarking laws?

Coverage depends on jurisdiction and building size, and thresholds have expanded over successive cycles. In Washington DC, BEPS currently applies to buildings of 50,000 square feet and larger, with smaller buildings phased in over time. Maryland and Montgomery County run their own benchmarking and performance programs with their own thresholds. Because applicability evolves, the practical first step is confirming your building status in each jurisdiction where you own, then working backward from the compliance deadlines.

What is the difference between an energy audit and retro-commissioning?

An energy audit is a study: it surveys the building, analyzes utility data, and produces a list of efficiency measures with estimated costs and savings. Retro-commissioning is hands-on tuning of the systems you already own: fixing schedules, dampers, sensors, setpoints, and control sequences so the building runs the way it was designed to. Audits tell you what to buy. Retro-commissioning fixes what you have, and it is usually the cheaper first move.

Does Levaru have LEED-certified projects or LEED-accredited staff?

We do not claim completed LEED certifications or LEED credentials, and we will not pretend otherwise. What we provide is the owner-side work a LEED pursuit requires: documentation management, coordination with your design team and a LEED consultant where one is engaged, and the operational data that credits depend on. If your goal is certification, we will tell you honestly what it takes and assemble the right team around it.

What does energy management cost for a commercial building?

Structures vary with scope. Benchmarking and compliance reporting is typically a modest fixed annual fee per building. Ongoing energy management is usually a monthly retainer scaled to building size and meter complexity. Audits and retro-commissioning are fixed-fee projects scoped to the building. Capital retrofits are priced as construction projects. The honest framing: operational measures are cheap relative to the utility spend they influence, and the bill data usually shows whether a deeper engagement is worth it.

How does EV charging affect a commercial building?

Two ways: electrical capacity and operating cost. Chargers draw significant power, so the first question is what your service and panels can spare, which an electrical capacity study answers. The second is demand charges, because a bank of chargers hitting at the wrong hour can raise the whole building peak. Planning covers load management, metering and billing arrangements, siting, and make-ready infrastructure so conduit and capacity are in place before tenant demand arrives.

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