AEE Business Energy Professional (BEP)

Which official exam fact best describes the AEE Business Energy Professional (BEP) certification exam?

• AA 2-hour closed-book exam focused only on building envelope measures
• BA 4-hour open-book exam covering 11 mandatory subject sections
• CA take-home project requiring a full investment-grade audit
• DA computer-based exam that allows tablets and phones for reference

A corporate client asks whether LEED, ENERGY STAR, and ASHRAE standards should be treated as unrelated to energy project business cases. What is the best BEP-style response?

• AThey are unrelated because standards never influence financial decisions
• BThey can affect project scope, eligibility, benchmarking, tenant value, incentives, and s…
• CThey matter only after a project is fully constructed and never during planning
• DThey replace utility analysis, metering, commissioning, and economic evaluation

When using a model energy code as a baseline for a retrofit business case, what is the most defensible approach?

• AAssume code minimum always represents best available technology
• BIdentify the applicable jurisdiction, code edition, and project trigger before comparing…
• CIgnore local amendments because national model codes are always adopted unchanged
• DUse the code only to estimate carbon emissions and not energy savings

A facility wants to claim a green-building improvement from an HVAC upgrade. Which evidence is most useful for a business energy professional?

• AVendor marketing language stating the equipment is premium
• BA documented baseline, applicable standard or rating-system criterion, expected savings,…
• CA statement that all new equipment is automatically code-exceeding
• DThe lowest first-cost quote with no operating-cost analysis

A motor draws 20 kW for 3,000 operating hours per year. Ignoring demand charges, how much annual energy use is this?

• A6,000 kWh
• B23,000 kWh
• C60,000 kWh
• D600,000 kWh

Why is power factor important in a business energy analysis?

• AIt determines whether electricity is billed in gallons or therms
• BPoor power factor can increase apparent power requirements and may trigger utility penalt…
• CIt measures the percentage of energy produced by renewable sources
• DIt eliminates the need to analyze peak demand

Which conversion is most relevant when comparing natural gas and electricity on a common energy basis?

• A1 therm is approximately 100,000 Btu
• B1 kWh is exactly 100,000 Btu
• C1 dekatherm is exactly 1 kWh
• D1 Btu is equal to 1 kW

A boiler improvement reduces fuel input from 10,000 MMBtu to 8,500 MMBtu while maintaining the same useful output. What is the fuel savings percentage?

• A8.5%
• B15%
• C17.6%
• D85%

A project shifts heating from gas to electric heat pumps. Which issue must be considered before claiming site energy cost savings?

• AOnly the coefficient of performance matters; utility rates never matter
• BThe electric load shape, demand charges, gas savings, tariffs, and emissions factors may…
• CHeat pumps have no impact on peak demand under any rate structure
• DFuel switching is always cost-effective when electric equipment is newer

A plant's average electric load is 800 kW and its monthly peak demand is 2,000 kW. What does this suggest?

• AThe plant has a 100% load factor
• BDemand management may be valuable because the peak is much higher than the average load
• CThe plant cannot reduce demand without reducing annual energy use to zero
• DThe plant uses no reactive power

Which bill component is usually most directly affected by reducing the highest 15-minute or 30-minute interval load during a billing period?

• ACustomer charge
• BDemand charge
• CSales tax rate
• DMeter number

What is the primary purpose of a time-of-use electric rate?

• ATo charge the same price for all energy regardless of system conditions
• BTo vary energy prices by defined periods such as on-peak, off-peak, and shoulder hours
• CTo eliminate all demand charges from every customer bill
• DTo bill natural gas transportation separately from commodity charges

A facility has a 12-month demand ratchet set at 80% of the prior summer peak. Last summer's peak was 1,000 kW. What minimum billed demand could apply in a later low-load month?

• A80 kW
• B200 kW
• C800 kW
• D1,800 kW

Why should an energy savings estimate use marginal utility rates rather than only the blended average bill rate?

• AMarginal rates estimate the costs actually avoided by the next unit of demand or energy r…
• BBlended rates always overstate savings by exactly 50%
• CMarginal rates ignore demand, riders, and time periods
• DAverage bill rates are illegal to calculate

A tariff has declining energy blocks: the first 100,000 kWh at $0.12/kWh and additional kWh at $0.08/kWh. A project saves 20,000 kWh from a month that originally used 150,000 kWh. What energy price should generally be used for the saved kWh?

• A$0.08/kWh, because the reduction comes from the tail block first
• B$0.12/kWh, because the first block is always avoided first
• C$0.20/kWh, because both blocks must be added
• D$0/kWh, because declining blocks do not allow savings

A building is considering battery storage under a tariff with high on-peak demand charges but low energy price spread between on-peak and off-peak periods. Which benefit is most likely to drive economics?

• AReducing billed peak demand
• BIncreasing total kWh consumption
• CChanging the customer service address
• DEliminating all fixed customer charges

What is a common business risk when a facility changes operations after an energy project but the savings calculation still assumes the old operating schedule?

• AThe project may be credited or blamed for changes caused by production or occupancy rathe…
• BThe utility automatically corrects every savings estimate
• CThe project will always save exactly the modeled amount
• DThe baseline becomes unnecessary

A facility has two applicable electric tariffs: one has lower energy charges but higher demand charges. What data is most important before recommending a switch?

• AMonthly and interval load profile under current and expected operations
• BOnly the facility square footage
• COnly the brand of the main transformer
• DThe number of employees' personal vehicles

Under a coincident peak charge, what customer behavior can reduce costs?

• AReducing load during the utility system peak interval or defined coincident peak window
• BReducing load only during random low-load overnight hours
• CIncreasing load whenever the facility is already at its monthly peak
• DChanging gas suppliers while electric load stays unchanged

What is the main difference between fixed-price and index-based energy supply contracts?

• AFixed-price contracts lock a commodity price for defined volumes or terms, while index co…
• BIndex contracts eliminate all volume risk
• CFixed-price contracts are always cheaper in hindsight
• DOnly index contracts require a utility meter

In natural gas procurement, what does basis risk refer to?

• AThe risk that local delivered gas prices move differently from the referenced trading hub…
• BThe risk that a boiler efficiency test uses the wrong thermometer color
• CThe risk that electricity demand charges disappear
• DThe risk that all contracts become fixed-price contracts

A buyer wants the lowest possible quoted energy price but cannot tolerate budget volatility. What procurement issue should the BEP professional raise first?

• AThe lowest initial quote may carry market, volume, or pass-through risks that conflict wi…
• BBudget certainty is irrelevant to procurement strategy
• CAll suppliers provide identical contract terms
• DRisk can be eliminated by avoiding contract review

Which contract feature most directly addresses how much actual usage may vary from nominated or contracted volumes without penalty?

• ABandwidth or swing tolerance
• BLogo placement
• CInvoice font size
• DBuilding orientation

Why should an energy procurement RFP include historical usage data and load-shape information?

• ASuppliers use load and volume risk to price offers, risk premiums, and contract terms
• BUsage data prevents suppliers from reading the RFP
• CLoad shape matters only for water bills
• DHistorical usage guarantees future consumption will be identical

A customer in a deregulated market signs with a competitive supplier. Which cost may still remain on the local utility bill?

• ADistribution delivery charges
• BThe supplier's corporate income tax return
• CThe customer's internal payroll ledger
• DA guaranteed zero demand charge under every tariff

What is the business value of staggering energy contract expiration dates for a large portfolio?

• AIt can reduce the risk of repricing the entire portfolio during a single unfavorable mark…
• BIt guarantees every contract will settle below market
• CIt eliminates the need to forecast load
• DIt prevents all regulatory charges from changing

A manufacturer plans a major efficiency project that will cut electricity use by 20% next year. What procurement action is most prudent before signing a full-requirements fixed-price contract?

• ATell bidders about the expected load reduction and review volume tolerance and change-in-…
• BHide the project because lower use never affects procurement
• CBuy the same volume as last year regardless of penalties
• DSelect a supplier based only on the shortest proposal

A supplier offers a low fixed energy price but passes through capacity, transmission, imbalance, and regulatory charges. What should the customer compare?

• AThe expected all-in cost and risk allocation, not only the fixed commodity component
• BOnly the commodity line because pass-throughs never matter
• COnly the supplier's website design
• DOnly the number of pages in the contract

A company wants to buy renewable energy certificates (RECs) to support a Scope 2 market-based emissions claim. What is most important?

• AThe RECs must be credible, retired for the buyer's claim, and matched to the reporting ru…
• BThe RECs must physically flow through the buyer's meter
• CRECs automatically reduce on-site natural gas emissions
• DRECs eliminate the need to track electricity consumption

What is the main purpose of weather normalization in energy accounting?

• ATo remove all energy use from the analysis
• BTo compare energy performance across periods with different heating or cooling weather co…
• CTo convert every utility bill to a fixed monthly charge
• DTo avoid collecting utility bills

A portfolio manager wants to compare energy performance across buildings of different sizes. Which metric is commonly useful as a first screen?

• AEnergy use intensity, such as kBtu per square foot per year
• BTotal annual kWh only, without size context
• CThe number of utility account digits
• DThe date the invoice was printed

Which activity is a key data-quality check before using utility bills in an energy accounting system?

• AChecking for missing bills, overlapping periods, estimated reads, unit changes, and abnor…
• BDeleting all high-use months automatically
• CAssuming every invoice is correct because it came from a utility
• DCombining electricity and gas without unit conversion

What is the distinction between Scope 1 and Scope 2 greenhouse gas emissions for a facility?

• AScope 1 is direct on-site emissions; Scope 2 is indirect emissions from purchased energy…
• BScope 1 is only water use; Scope 2 is only paper use
• CScope 1 and Scope 2 are both always zero for commercial buildings
• DScope 1 is market-based electricity and Scope 2 is employee commuting

A facility burns 50,000 therms of natural gas. If the emissions factor is 0.0053 metric tons CO2e per therm, what are the estimated emissions?

• A26.5 metric tons CO2e
• B265 metric tons CO2e
• C2,650 metric tons CO2e
• D50,005.3 metric tons CO2e

Why might submetering be preferable to only whole-building utility bills for diagnosing energy performance?

• ASubmetering can isolate major end uses, tenants, processes, or equipment that drive consu…
• BSubmetering makes calibration and maintenance unnecessary
• CSubmetering always costs nothing to install
• DSubmetering eliminates the need for utility bills in carbon reporting

What is a common purpose of an Energy Information System (EIS)?

• ATo collect, visualize, analyze, and alert on energy and operational data for ongoing mana…
• BTo replace every control system actuator in the building
• CTo guarantee savings without management action
• DTo remove all need for metering

A regression model of monthly gas use against heating degree days has a strong base-load intercept and a weather-sensitive slope. What does the intercept usually represent?

• AWeather-independent gas use such as domestic hot water, cooking, or process load
• BThe exact number of failed steam traps
• CThe utility tax rate
• DThe outdoor air temperature

Which dashboard alarm is most likely to reveal simultaneous heating and cooling?

• AHigh chilled-water valve position and high heating valve position in the same zone during…
• BA monthly invoice PDF was uploaded
• CThe building area field is blank
• DThe gas account has a new mailing address

A company reports location-based and market-based Scope 2 emissions. What is the key difference?

• ALocation-based uses grid-average emissions for where electricity is consumed; market-base…
• BLocation-based includes only natural gas and market-based includes only diesel
• CMarket-based emissions never require electricity consumption data
• DLocation-based emissions are always lower than market-based emissions

A meter pulse multiplier is entered incorrectly in an EIS, making interval kWh appear ten times higher than actual use. What is the likely business consequence?

• AFalse alarms, incorrect savings estimates, and unreliable cost or carbon reporting
• BImproved data accuracy because larger numbers are easier to see
• CNo consequence because interval data is never used
• DAutomatic correction by the building automation system

Why should carbon intensity be tracked alongside absolute emissions for a growing company?

• AIntensity can show emissions per business output, while absolute emissions show total cli…
• BIntensity always replaces absolute emissions in every reporting program
• CAbsolute emissions cannot be calculated from utility data
• DIntensity means the same thing as utility tax percentage

A campus energy report shows a 12% reduction in total kWh after one building was sold. What should the analyst do before presenting this as efficiency savings?

• AAdjust the boundary or create a same-store comparison that excludes the divested building…
• BClaim all 12% as efficiency savings
• CIgnore building ownership changes because utility data is always comparable
• DConvert kWh to therms and stop the analysis

An EIS flags a chiller plant as inefficient, but the chilled-water flow meter has not been calibrated since installation. What is the best next step?

• AVerify critical sensor and meter accuracy before making major capital decisions
• BReplace the chillers immediately based only on the dashboard
• CDisable all alarms permanently
• DAssume calibration is irrelevant because software analytics are automated

What is the primary goal of an energy assessment walkthrough?

• ATo identify likely energy opportunities, operational issues, data needs, and next steps
• BTo produce a guaranteed construction price for every measure
• CTo replace all metering and engineering analysis
• DTo certify tax filings

Which instrument is best suited to measure electrical current on a motor circuit without opening the conductor?

• AClamp-on ammeter
• BPitot tube
• CSling psychrometer
• DCombustion analyzer

Why is trend logging often valuable before changing HVAC schedules?

• AIt shows actual occupancy, temperatures, equipment status, and demand patterns that can s…
• BIt guarantees that all occupants will accept any schedule
• CIt replaces the need to understand the control sequence
• DIt makes utility tariffs irrelevant

During a compressed-air assessment, which observation most strongly suggests a leak-reduction opportunity?

• ACompressors cycle or remain loaded when production is off
• BThe office printer is set to duplex mode
• CThe chilled-water supply temperature is reset upward
• DThe facility has a fixed monthly gas customer charge