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| Section | Objectives |
|---|---|
| Topic 1: Energy & Atmosphere | |
| Topic 2: Materials & Resources | |
| Topic 3: Integrative Strategies | |
| Topic 4: LEED Project & Process | |
| Topic 5: Location & Transportation | |
| Topic 6: Indoor Environmental Quality | |
| Topic 7: Water Efficiency | |
| Topic 8: Sustainable Sites |
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NEW QUESTION # 57
Under EAc4: Peak Load Reduction Performance, what is the minimum percentage reduction in demand required for a building to earn a point through either EAc4: Peak Load Reduction Performance, Option 1.
Electric Demand Reduction or Option 2. Thermal Demand Reduction?
Answer: C
Explanation:
EAc4: Peak Load Reduction Performance requires a minimum 10% reduction for either the electric-demand or thermal-demand pathway.
Under Option 1, Electric Demand Reduction, the project reports monthly peak electric demand for the current
12-month reporting period and an eligible baseline 12-month period occurring within the preceding eight years. The project must demonstrate a 10% reduction in the sum of monthly peak demand for the two highest- demand months. Data may be normalized where appropriate for equipment electrification.
Option 2 applies the same 10% performance concept to thermal demand. The building measures applicable heating and cooling demand, reports monthly peak values for both current and baseline periods, and demonstrates the required reduction in the relevant maximum demand calculation.
This credit differs from general energy-efficiency performance because it focuses specifically on peak demand, not total annual energy consumption. Reducing peak loads decreases grid stress, reduces the need for high-cost peak generation and distribution capacity, and can lower emissions associated with carbon-intensive peak periods.
Therefore, neither 5% nor 15% represents the required minimum threshold; the prescribed reduction is 10%.
Reference Topic: LEED v5 O+M - EAc4 Peak Load Reduction Performance; Option 1 Electric Demand Reduction and Option 2 Thermal Demand Reduction.
NEW QUESTION # 58
An office building pursuing LEED O+M certification is evaluating the building compliance to IPp4: Current Facilities Requirements and O+M Plan. The facility manager is tasked with revisiting the preventive maintenance plan to identify discrepancies.
Which of the following details should the manager carefully check and properly update in the plan?
Answer: A
Explanation:
Option C describes the information that belongs specifically to the preventive maintenance plan. The plan must establish the preventive-maintenance activities required for building systems and equipment and provide sufficient detail regarding the tasks associated with each activity and their required frequency. USGBC guidance identifies daily, weekly, monthly, quarterly, and annual maintenance activities, depending on manufacturer requirements, vendor requirements, industry practice, and automated work-order systems.
The facility manager should also examine commonly overlooked systems-such as domestic hot-water equipment, tenant lighting, and building automation systems-and identify systems maintained by third parties together with the current status of those maintenance contracts. Responsibility for maintenance activities is also relevant to effective implementation.
Options A and B contain information that is indeed required within the broader Current Facilities Requirements and O+M documentation, but they describe different elements. Mechanical and electrical system descriptions belong principally to the systems narrative, while occupancy schedules, equipment run times, HVAC set points, lighting levels, and seasonal adjustments form part of operating requirements and sequences.
Because the question specifically asks what should be reviewed within the preventive maintenance plan, Option C is the precise answer.
Reference Topic: LEED v5 O+M - IPp4 Current Facilities Requirements and O+M Plan; Preventive Maintenance Plan, Tasks, Frequencies, Responsibility and Contract Status.
NEW QUESTION # 59
A mixed-use building project is focusing on reducing its environmental impact under Energy and Atmosphere (EA) Credit Category, EAc3: Enhanced Refrigerant Management Performance. During the 12-month reporting period, the building documented a total of 10 pounds of refrigerant leaks with a collective Global Warming Potential (GWP) of 2000. The total refrigerant charge present in the building ' s systems is 100 pounds.
What is the refrigerant leakage emissions ratio for the project?
Answer: C
Explanation:
This question contains a numerical inconsistency with the official LEED v5 EAc3 calculation and therefore cannot be verified as A, B, or C as written. LEED defines the refrigerant leakage emissions ratio as:
#[(GWP) × (weight of refrigerant leaked)] ÷ #(refrigerant charge).
The official thresholds are #50 for one point and #25 for two points.
If the stated GWP of 2000 is the refrigerant ' s GWP factor, the calculation is:
(2,000 × 10 lb) ÷ 100 lb = 200
That result does not match 0.30, 0.15, or 0.20.
Even if "collective GWP of 2000" were interpreted as already representing the total GWP-weighted leakage numerator, the calculation would be:
2,000 ÷ 100 = 20
Again, none of the supplied options matches.
Therefore, selecting C = 0.20 would require introducing an additional divisor that does not appear in the official LEED v5 formula. For a verified study set, this item should be corrected before being treated as a valid multiple-choice question.
Reference Topic: LEED v5 O+M - EAc3 Enhanced Refrigerant Management Performance; Equation 1:
Refrigerant Leakage Emissions Ratio.
NEW QUESTION # 60
Which system can significantly reduce or completely eliminate the amount of potable water used for irrigation?
Answer: B
Explanation:
A rainwater collection system can significantly reduce or completely eliminate the use of potable water for irrigation by collecting and storing rainwater for this purpose.
References: The LEED v4.1 O+M rating system encourages the use of alternative water sources, like collected rainwater, to reduce potable water consumption for irrigation, aligning with the goal of water efficiency in sustainable site management1234.
A rainwater collection system can significantly reduce or completely eliminate the amount of potable water used for irrigation. By collecting and storing rainwater, it provides a sustainable source of water for landscape irrigation, thereby reducing the dependency on potable water sources for this purpose.
NEW QUESTION # 61
A project is using an on-site captured rainwater system and municipally treated wastewater for both flush fixtures and irrigation. To which of the following Water Efficiency prerequisites or credits can these alternative water sources be applied?
Answer: D
Explanation:
Using on-site captured rainwater and municipally treated wastewater for both flush fixtures and irrigation can be applied towards the credits for both Indoor Water Use Reduction and Outdoor Water Use Reduction in LEED. These alternative water sources contribute to the overall water efficiency of the project by reducing the reliance on potable water sources for indoor and outdoor uses.
NEW QUESTION # 62
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