ASHRAE Level I, II & III energy audits for New York and New Jersey buildings.
We audit commercial, multifamily, industrial and public buildings following ASHRAE Standard 211. Each audit gives you a clear picture of where energy is used and a costed plan to cut it.
Thermal imaging is part of every Level II and Level III site survey.
Audit levels
Choose the depth that matches your decision.
Each ASHRAE level builds on the one before it. A Level I screens a building in days. A Level III gives a lender or ESCO numbers they can finance against.
ASHRAE LEVELI
Walk-Through Assessment
A screening audit that benchmarks your building and identifies no-cost and low-cost opportunities.
Scope
Utility bill analysis, EUI benchmarking, visual walk-through of main spaces
Output
End-use estimate, O&M measures, list of capital measures to study
Timeline
2–3 weeks
Best for
Portfolio screening, acquisitions, first look at LL97 exposure
ASHRAE LEVELII
Energy Survey & Analysis
Our most requested audit. Every major system is surveyed and each measure gets a savings and cost estimate.
ESCO projects, NJ ESIP, deep retrofits, lender approval
Level I
Level II
Level III
Utility bill analysis
✓
✓
✓
EUI benchmarking
✓
✓
✓
Site survey
Visual walk-through
Every major system
Every system, with data loggers
Thermal imaging
Optional
✓
✓
End-use breakdown
Estimated
Calculated
Metered & modeled
Savings accuracy
Order of magnitude
±20–30%
±10–15%
Cost estimates
Rough
Engineering estimate
Contractor quotes
Energy modeling
—
Where needed
Calibrated model
Meets LL87
No
Yes, with RCx
Yes, with RCx
Supports financing
No
Partially
Yes
Where energy goes in a typical NYC office
Site energy by end use. Your audit replaces these with your building's numbers.
Illustrative breakdown for a pre-war Manhattan office building, 81.4 kBtu/sq ft·yr site EUI.
Analysis
We follow every kBtu to the equipment that uses it.
An end-use breakdown is the backbone of a good audit. It shows which systems deserve your capital and stops you spending on measures that look good but save little.
Weather-normalized baselineRegression against heating and cooling degree days, so savings are measured fairly.
Rate & tariff reviewDemand charges, time-of-use rates and supply contracts, which often hide quick savings.
Interactive effectsMeasures are combined correctly, so a lighting retrofit's effect on heating is counted.
What we examine
Every system that uses energy.
Our engineers inspect the building from the roof to the boiler room. These are the systems covered in a Level II audit.
Building envelope
Insulation, windows, air leakage, roof and slab-edge heat loss with infrared imaging.
Heating plant
Steam and hot-water boilers, burners, combustion efficiency, steam traps, distribution.
Cooling plant
Chillers, cooling towers, rooftop units, split systems and heat pumps.
Air handling & ventilation
AHUs, fans, outdoor air rates, economizers, exhaust and energy recovery.
Controls & BAS
Schedules, setpoints, sequences of operation, sensor calibration and trend review.
Lighting
Fixture inventory, LED retrofit options, occupancy and daylight controls.
Domestic hot water
Water heaters, recirculation, low-flow fixtures, heat pump water heaters.
Motors & pumps
Motor efficiency, variable frequency drives, pump and fan sizing.
Compressed air & process
Leak surveys, compressor controls, process heat and industrial loads.
Plug loads & IT
Server rooms, kitchen equipment, vending and after-hours loads.
Utility rates
Demand charges, rate class, supply contracts and billing errors.
Renewables & electrification
Solar PV feasibility, heat pump conversion and electrification readiness.
Process
How an energy audit runs.
A Level II audit for a 100,000 sq ft building takes about six weeks from kickoff to presentation.
Kickoff & data requestUtility bills, drawings, equipment lists and BAS access.Week 1
Utility analysisBaseline, benchmarking against peers and an early savings estimate.Week 1–2
Site surveyEngineers inspect systems, take measurements and interview your staff.Week 2–3
Engineering analysisEach ECM is calculated, priced and matched to incentives.Week 3–5
Report & presentationA ranked plan, presented to owners and operators.Week 6
Deliverables
A report your board and your engineer can both use.
The report opens with a two-page executive summary for decision makers. The technical sections give your facility team and contractors everything they need to implement.
PDF reportECM workbook (.xlsx)Thermal image logENERGY STAR scoreLL87 EER forms
An ASHRAE energy audit follows ANSI/ASHRAE/ACCA Standard 211, which defines three levels of commercial building energy audits. Level I is a walk-through screening, Level II is a detailed energy survey and analysis, and Level III is an investment-grade audit with detailed engineering for capital projects.
Which ASHRAE level do I need for NYC Local Law 87?
Local Law 87 requires an energy audit that meets ASHRAE Level II, plus retro-commissioning of base building systems. Both are filed together as an Energy Efficiency Report with the NYC Department of Buildings.
How long does a commercial energy audit take?
A Level I audit typically takes two to three weeks from data collection to report. A Level II audit for a mid-size building usually takes four to eight weeks. A Level III audit with data logging and energy modeling can take two to four months.
What information do you need to start?
At least 12 months, ideally 24 to 36 months, of utility bills for every fuel, building drawings if available, equipment lists, BAS access or trend data, and a contact who can walk our engineers through the mechanical spaces.
How much does an energy audit cost?
Cost depends on building size, complexity and audit level. We quote a fixed fee after reviewing your building details and utility data. Many New York and New Jersey utility programs cover part of the audit cost.
Can the audit be used to apply for incentives?
Yes. Our Level II and Level III reports include the savings calculations and documentation that Con Edison, NYSERDA, PSE&G and NJ Clean Energy programs ask for, and we can prepare the applications.
Ready to see where your building loses energy?
Send us your building details or call an engineer directly. We reply within one business day with a recommended scope and fee.