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| Section | Weight | Objectives |
|---|---|---|
| Certification Process & Roles | 10% | - Steps to certification
|
| EDGE Fundamentals & Framework | 20% | - Certification levels and criteria
|
| Energy Efficiency | 25% | - Energy baseline calculation
|
| Water Efficiency | 20% | - Water conservation measures
|
| Materials & Embodied Carbon | 15% | - Embodied energy baseline
|
| EDGE Software & Application | 10% | - Using EDGE calculation tool
|
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NEW QUESTION # 97
How many measures need to be selected in order to meet the EDGE Energy Standard?
Answer: B
Explanation:
In the EDGE system, compliance with the Energy Standard is not achieved by selecting a fixed number or a fixed percentage of measures. Instead, the project must demonstrate that the selected package of energy measures, when modeled in the EDGE software, achieves the minimum required energy savings compared to the local baseline. Because projects differ by climate, building type, geometry, and system choices, the number of measures needed can vary widely. One project might reach the target with a few high-impact measures, while another may need many smaller improvements.
At the same time, the curriculum explains that some measures are marked as required. These are mandatory prerequisites within the EDGE methodology and must be implemented where applicable. A project cannot claim compliance while omitting required measures. Therefore, while you may choose any combination of optional measures to reach the energy savings threshold, you must still implement all required measures as part of meeting EDGE requirements.
Options A, B, and C incorrectly imply a universal count-based rule. The only correct statement is that the project must implement at least all required measures, and then add any additional measures necessary to achieve the minimum energy savings target.
NEW QUESTION # 98
The COP of the water-cooled chiller is 6, and the cooling thermal load is 3516 W. What is the power rating of the chiller?
Answer: D
Explanation:
The Coefficient of Performance (COP) is used in EDGE to calculate the electrical power input required for a given thermal output of a chiller. The EDGE Methodology Report defines COP as: "COP is the ratio of thermal output to electrical input, expressed as COP = Thermal Output / Electrical Input. To find the electrical input (power rating), rearrange the formula: Electrical Input = Thermal Output / COP" (EDGE Methodology Report Version 2.0, Section 5.1: Energy Efficiency Metrics). Given the COP of the water-cooled chiller as 6 and the cooling thermal load (thermal output) as 3516 W, the power rating is calculated as follows: Electrical Input = 3516 W / 6 = 586 W. Option A, 586 W, matches this calculation. Option B (3510 W) is incorrect, as it is slightly less than the thermal output, implying an unrealistic COP near 1. Option C (3522 W) is slightly above the thermal output, also incorrect. Option D (21096 W) is the result of multiplying the thermal output by the COP (3516 × 6), which is the inverse of the correct calculation. The EDGE User Guide confirms: "For a chiller with a COP of 6, the electrical input is one-sixth of the thermal output, ensuring energy efficiency is accurately assessed" (EDGE User Guide, Section 4.2: Energy Efficiency Measures). Thus, the power rating is
586 W (Option A).
Reference:EDGE Methodology Report Version 2.0, Section 5.1: Energy Efficiency Metrics; EDGE User Guide Version 2.1, Section 4.2: Energy Efficiency Measures.
NEW QUESTION # 99
Which of the following describes a more efficient lamp?
Answer: D
NEW QUESTION # 100
How often should the EDGE Advanced certification be renewed?
Answer: B
Explanation:
According to the CBCI EDGE certification framework, EDGE Advanced certification, like EDGE Certified, does not require periodic renewal once it has been awarded. EDGE is a design and construction stage certification system that verifies compliance with energy, water, and materials efficiency targets at the time of certification. After successful design and site audits confirm that the committed measures have been implemented, the certificate is issued without an expiration date requiring routine renewal.
The system differs from operational performance rating tools that require re-certification based on ongoing performance data. EDGE focuses on the verified as-built performance compared to the baseline case at the time of project completion. Once the project achieves the required minimum 40 percent energy savings for EDGE Advanced, along with the standard 20 percent savings in water and materials, the certification remains valid without mandatory future audits.
Options suggesting renewal every two years or periodic cycles are not aligned with the EDGE framework.
Therefore, renewal is not required for EDGE Advanced certification, making option B the correct answer.
NEW QUESTION # 101
Which of the following is an EDGE measure to reduce the embodied energy in materials?
Answer: B
Explanation:
Embodied energy in materials is one of the three core pillars of the EDGE standard, focusing on reducing the environmental impact of construction materials. The EDGE User Guide lists measures that specifically target embodied energy: "To reduce embodied energy in materials, EDGE includes measures such as the use of fly ash concrete, which substitutes a portion of cement with fly ash, a byproduct of coal combustion, thereby lowering the embodied energy and carbon footprint of concrete production" (EDGE User Guide, Section 7.2:
Materials Efficiency Measures). Option B, fly ash concrete, directly aligns with this measure, as it reduces the need for high-energy cement production. Option A (external shading) impacts energy by reducing cooling loads but does not directly address embodied energy: "External shading reduces operational energy use but does not contribute to embodied energy savings unless the shading materials themselves are low-impact, which is not specified in EDGE" (EDGE User Guide, Section 3.5: Passive Design Strategies). Option C (occupancy sensors) is an energy efficiency measure for lighting, not materials: "Occupancy sensors reduce lighting energy use but have no direct impact on embodied energy in materials" (EDGE User Guide, Section
4.4: Lighting Efficiency Measures). Option D (low-flow shower heads) targets water efficiency, not materials:
"Low-flow shower heads reduce water consumption, but their embodied energy impact is minimal and not a focus of EDGE materials measures" (EDGE User Guide, Section 5.2: Water Efficiency Measures). The EDGE MethodologyReport further elaborates: "Fly ash concrete can reduce embodied energy by up to 20% compared to traditional concrete, making it a key measure in EDGE for materials efficiency, especially in high-volume applications like hospitals or hotels" (EDGE Methodology Report Version 2.0, Section 6.1:
Embodied Energy in Materials). Other materials measures in EDGE, such as using recycled steel or bamboo, are not listed among the options, making fly ash concrete (Option B) the correct choice for reducing embodied energy.
Reference:EDGE User Guide Version 2.1, Section 7.2: Materials Efficiency Measures, Section 3.5: Passive Design Strategies, Section 4.4: Lighting Efficiency Measures, Section 5.2: Water Efficiency Measures; EDGE Methodology Report Version 2.0, Section 6.1: Embodied Energy in Materials.
NEW QUESTION # 102
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