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100+ Free AEE CMVP Practice Questions

Pass your AEE Certified Measurement and Verification Professional (CMVP) exam on the first try — instant access, no signup required.

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A CMVP is reviewing another analyst's model and finds undocumented manual changes to several data points. What is the best next step?

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2026 Statistics

Key Facts: AEE CMVP Exam

4 hours

Exam Duration

AEE CMVP Body of Knowledge 2.0

Open book

Exam Format

AEE CMVP Body of Knowledge 2.0

9

Subject Sections

AEE CMVP Body of Knowledge 2.0

$400

US Application and Examination Fee

AEE Becoming a CMVP page opened May 20, 2026

12-18%

Largest Published Topic Range

AEE CMVP Body of Knowledge 2.0

100

Practice Questions

Open Exam Prep question bank

3 years

Renewal Cycle

AEE CMVP Certification Scheme 2.0

Use this bank for the current AEE CMVP Body of Knowledge 2.0 outline. The official BoK and scheme list a four-hour open-book/open-notes multiple-choice exam with nine subject sections: Basis for Adjustments 10-16%, Fundamental Performance Verification Approaches 9-13%, Retrofit Isolation Approach 11-17%, Whole Facility Approach 10-16%, M&V Planning 12-18%, Savings Reporting 6-10%, Metering and Considerations 6-8%, Modeling Concepts and Application 9-13%, and CMVP contextual considerations 6-10%. AEE states that item count aligns with those percentages, but the opened official sources did not publish a fixed public question count.

Sample AEE CMVP Practice Questions

Try these sample questions to test your AEE CMVP exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In an M&V project, what is the primary purpose of defining the measurement boundary?
A.To identify which energy uses and effects are included in the savings calculation
B.To choose the lowest-cost meter available for the project
C.To eliminate the need for a baseline period
D.To guarantee that no adjustments will be required
Explanation: The measurement boundary states what equipment, systems, or facility energy streams are included in the savings determination. It controls what must be measured, estimated, adjusted, and disclosed.
2Which condition best supports using a baseline as the reference for savings?
A.The baseline period is undocumented but long enough
B.The baseline represents normal operation before the energy management activity
C.The baseline is chosen after the highest savings result is known
D.The baseline excludes all variables that affect energy use
Explanation: A valid baseline should represent normal pre-project operation and be documented well enough to support later adjustments. It is the counterfactual reference for what energy use would have been without the project.
3A routine adjustment is most appropriate when a savings calculation must account for:
A.A one-time building expansion not represented in the model
B.Weather changes that are expected to affect heating and cooling energy
C.A missing meter calibration certificate
D.A change in project ownership after installation
Explanation: Routine adjustments account for expected, measurable variables such as weather, production, or occupancy when those variables are included in the baseline model or adjustment method.
4Which is the clearest example of a non-routine event in a whole-building M&V analysis?
A.Outdoor air temperature varies from day to day
B.The utility changes its billing format but not measured consumption
C.A new data center is added after the retrofit and materially changes electric load
D.The baseline model includes cooling degree days
Explanation: A new data center changes the facility in a way that is not represented by the original routine adjustment model. It normally requires a non-routine adjustment or a revised analysis boundary.
5A factory's baseline compressed-air energy is strongly tied to production volume. What is the best treatment of production in the M&V basis for adjustment?
A.Ignore production because only utility bills are official records
B.Treat production as a significant parameter and include a defined adjustment method
C.Subtract a fixed percentage from all post-retrofit bills
D.Use only the month with the lowest production as the baseline
Explanation: When production materially affects energy use, it should be treated as a significant parameter. The M&V plan should define how production is measured and how baseline energy is adjusted to reporting-period production.
6Why should external requirements, such as a utility incentive rule, be identified before finalizing an M&V approach?
A.They may impose eligible baselines, reporting formats, sampling rules, or calculation methods
B.They always require whole-facility analysis
C.They eliminate the need for professional judgment
D.They make uncertainty analysis unnecessary
Explanation: External program or contractual requirements can constrain the acceptable baseline, M&V option, reporting format, documentation, and uncertainty treatment. They should be known before the plan is finalized.
7A savings report says energy use was adjusted to a common set of conditions. What does that phrase usually mean?
A.Both baseline and reporting-period energy are converted to the same relevant operating conditions
B.All meters were manufactured by the same vendor
C.The project used the same tariff for every year regardless of utility rules
D.No operational variables affected savings
Explanation: A common set of conditions allows fair comparison by normalizing for relevant drivers such as weather, production, occupancy, or schedule. It reduces confusion between true savings and changed conditions.
8A baseline model includes outside air temperature but not occupancy. During the reporting period, occupancy doubles and materially changes plug loads. What should the CMVP do?
A.Treat the occupancy change as irrelevant because it was not in the original model
B.Document and evaluate a non-routine adjustment for the occupancy change
C.Delete all reporting-period data after the occupancy change
D.Report savings without disclosure because the weather model is statistically strong
Explanation: A material occupancy change not represented in the routine model is a non-routine event. The savings report should disclose it and apply a defensible non-routine adjustment when its impact is significant.
9Which baseline documentation would be most useful for later identifying non-routine changes?
A.Only the total annual energy cost
B.Equipment inventories, schedules, occupancy, floor area, control sequences, and operating constraints
C.A statement that the facility was typical
D.A copy of the project sales brochure
Explanation: Baseline documentation should capture the static factors and operating conditions that define the original facility. That record lets the M&V professional detect later changes that may require non-routine adjustment.
10A project reduces chiller energy, but it also lowers heat rejected to a space that is heated in winter. How should this interactive effect be treated?
A.Ignore it because the main measure is cooling related
B.Consider whether it is inside the boundary or needs estimation, measurement, or disclosure
C.Always add it to savings without calculation
D.Move the project automatically to a whole-facility approach
Explanation: Interactive effects can increase or decrease savings and must be addressed consistently with the boundary and materiality. They may be measured, estimated, modeled, or disclosed depending on significance and approach.

About the AEE CMVP Exam

The AEE Certified Measurement and Verification Professional (CMVP) credential recognizes professionals who apply measurement and verification methods to quantify the performance improvement from energy management activities. AEE describes CMVP candidates as professionals with approved training and qualifying M&V-related education or experience. The exam Body of Knowledge covers baseline adjustments, fundamental verification approaches, retrofit isolation, whole facility methods, M&V planning, savings reporting, metering, modeling, and professional contextual judgment.

Assessment

AEE's opened official sources did not publish a fixed public item count; this page uses 100 only as a practice-pacing placeholder. Official CMVP specifications state that the exam is a 4-hour open-book/open-notes multiple-choice examination following the nine-section Body of Knowledge percentage ranges. Candidates must bring a hand calculator because computers, tablets, and cell phones are not allowed during the test.

Time Limit

4 hours

Passing Score

Not publicly reported by AEE in the opened official sources

Exam Fee

$400 US application and examination fee if taken with a live training seminar or remotely; international fees vary by training partner (Association of Energy Engineers (AEE))

AEE CMVP Exam Content Outline

10-16%

Basis for Adjustments

Measurement boundary definition, valid baseline development, significant parameters, external requirements, common conditions, routine adjustments, non-routine events, non-routine adjustments, and utility program constraints.

9-13%

Fundamental Performance Verification Approaches

Retrofit isolation and whole facility concepts, periodic verification, residential and commercial applications, metering considerations, uncertainty, and definitions of savings.

11-17%

Retrofit Isolation Approach

Simplified and enhanced measurement, estimated and measured parameters, interactive effects, significant parameters, Option B measurement, advanced models, calibrated simulation, appropriate applications, and uncertainty.

10-16%

Whole Facility Approach

Whole-facility boundaries, significant parameter measurement, static factor monitoring, advanced whole-facility models, metering issues, uncertainty, facility interactions, calibrated simulations, and appropriate applications.

12-18%

M&V Planning

M&V plan contents, protocols, cost-benefit comparison, contractual requirements, baseline development, plan adherence, IPMVP-adherent process, industrial applications, operational verification, and plan requirements.

6-10%

Savings Reporting

Plan deviations, valuation and tariff calculations, emissions evaluation, maintenance savings, non-routine adjustment implementation, and CO2 credit reporting.

6-8%

Metering and Considerations

Electrical, thermal, and flow measurement methods; metering plans; meter accuracy; systems; calibration; data cost; and field safety.

9-13%

Modeling Concepts and Application

Counterfactual method, model and simulation types, model application, sampling, uncertainty, rounding, and model defensibility.

6-10%

CMVP Contextual Considerations

Professional judgment, collaboration with other professionals, guiding principles, contractual constraints, and contextual considerations in M&V work.

How to Pass the AEE CMVP Exam

What You Need to Know

  • Passing score: Not publicly reported by AEE in the opened official sources
  • Assessment: AEE's opened official sources did not publish a fixed public item count; this page uses 100 only as a practice-pacing placeholder. Official CMVP specifications state that the exam is a 4-hour open-book/open-notes multiple-choice examination following the nine-section Body of Knowledge percentage ranges. Candidates must bring a hand calculator because computers, tablets, and cell phones are not allowed during the test.
  • Time limit: 4 hours
  • Exam fee: $400 US application and examination fee if taken with a live training seminar or remotely; international fees vary by training partner

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

AEE CMVP Study Tips from Top Performers

1Start every scenario by defining the measurement boundary and deciding whether the affected energy use is best isolated at the retrofit, system, facility, or calibrated simulation level.
2Separate routine adjustments from non-routine adjustments. Routine adjustments use expected variables such as weather or production, while non-routine adjustments address baseline or reporting-period changes not represented by the routine model.
3For whole-facility questions, watch for static factors such as floor area, occupancy pattern, operating schedule, major equipment, and tenant mix.
4For retrofit isolation questions, decide which parameters are significant enough to measure and which can be estimated without making savings uncertainty unacceptable.
5Treat operational verification as evidence that the energy conservation measure was installed, commissioned, and operating as intended; it is not the same as long-term savings quantification.
6In regression questions, check data coverage, independent variable relevance, residual patterns, statistical fit, and whether the model is valid for the reporting-period conditions.
7For savings reports, disclose deviations from the M&V plan, non-routine adjustments, tariff assumptions, emissions factors, uncertainty, and data gaps clearly enough for another reviewer to follow the calculation.
8Because the exam is open book, practice locating reference material quickly, but do not rely on lookup skills for baseline logic, approach selection, or professional judgment.

Frequently Asked Questions

How long is the AEE CMVP exam?

The official CMVP Body of Knowledge states that the certification exam is a four-hour open-book exam, and the CMVP scheme describes the examination as four hours, open book/open notes, and multiple choice.

Is the CMVP exam open book?

Yes. AEE's CMVP Body of Knowledge describes the exam as open book, but it also states that candidates must bring a hand calculator and may not use computers, tablets, or cell phones during the test.

What topics are on the CMVP exam?

AEE lists nine subject sections: Basis for Adjustments, Fundamental Performance Verification Approaches, Retrofit Isolation Approach, Whole Facility Approach, M&V Planning, Savings Reporting, Metering and Considerations, Modeling Concepts and Application, and CMVP contextual considerations.

How many questions are on the CMVP exam?

AEE's opened CMVP becoming page states that the number of questions aligns with the Body of Knowledge percentages, but the opened official sources did not publish a fixed public item count. This page uses 100 only as a practice-pacing placeholder for the free question bank.

Does this practice bank copy official AEE sample questions?

No. These are original practice questions written from the official Body of Knowledge topics and common M&V professional scenarios.

How should I study for calculation and modeling questions?

Practice identifying the baseline, reporting-period conditions, adjustment basis, significant parameters, model form, data quality limits, and uncertainty before doing arithmetic. CMVP questions often test judgment about what should be measured, adjusted, or disclosed.

Where should I verify current CMVP requirements?

Use the official AEE CMVP certification page, the AEE CMVP overview page, and the current CMVP Body of Knowledge and application documents before registering.