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| Section | Weight | Objectives |
|---|---|---|
| EDGE Fundamentals & Framework | 20% | - Certification levels and criteria
|
| Materials & Embodied Carbon | 15% | - Low-impact material selection
|
| EDGE Software & Application | 10% | - Project documentation
|
| Certification Process & Roles | 10% | - Role of EDGE Expert
|
| Water Efficiency | 20% | - Water baseline assessment
|
| Energy Efficiency | 25% | - Energy-saving strategies
|
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42. Frage
A building achieved EDGE certification three years ago and obtained 30% energy savings. Solar panels have been added, which increased the energy savings to 60%. If carbon offsets are purchased for the remainder of the energy use, when should an EDGE Zero Carbon certification application be filed?
Antwort: C
Begründung:
EDGE Zero Carbon certification requires specific prerequisites and operational data to verify performance.
The EDGE Certification Protocol details the requirements: "To apply for EDGE Zero Carbon certification, a project must first achieve EDGE Advanced certification, which requires at least 40% energy savings.
Additionally, EDGE Zero Carbon certification mandates at least one year of operational data at 75% occupancy to confirm energy performance, after which carbon offsets can be purchased for the remaining energy use to achieve zero carbon status" (EDGE Certification Protocol, Section 2.3: Certification Levels). In this scenario, the building's energy savings have increased to 60% with solar panels, qualifying it for EDGE Advanced (40% minimum). The next step is to gather one year of operational data before applying for EDGE Zero Carbon, making Option C (after achieving EDGE Advanced certification and gathering one year of operational data) correct. Option A (as soon as one year of operational data) skips the EDGE Advanced requirement: "EDGE Advanced is a prerequisite for EDGE Zero Carbon" (EDGE Certification Protocol, Section 2.3: Certification Levels). Option B (no wait time) is incorrect, as operational data is mandatory:
"Operational data is required to verify performance for Zero Carbon certification" (EDGE User Guide, Section 6.3: Advanced Certifications). Option D (at the same time as EDGE Advanced and after two years) is wrong, as only one year of data is needed: "One year of operational data at 75% occupancy is sufficient for EDGE Zero Carbon" (EDGE Certification Protocol, Section 2.3: Certification Levels). Thus, Option C is the correct timeline.
Reference:EDGE Certification Protocol, Section 2.3: Certification Levels; EDGE User Guide Version 2.1, Section 6.3: Advanced Certifications.
43. Frage
For existing buildings, which of the following elements would increase the embodied carbon in the EDGE assessment?
Antwort: C
Begründung:
In the CBCI EDGE curriculum, the embodied carbon assessment for existing buildings is handled differently from new construction. The key principle is that the existing building fabric is treated as already "sunk" and is not counted again in the embodied carbon calculation. This means elements such as the existing roof construction do not increase embodied carbon in the EDGE assessment for a retrofit project, because EDGE focuses on what is newly added or replaced as part of the upgrade scope.
Embodied carbon in EDGE is driven by the quantities and types of new construction materials introduced through the retrofit, such as added insulation, new wall or roof layers, new glazing, new finishes, or other building-material interventions. Therefore, the factor that increases embodied carbon is the inclusion of new materials in the retrofit scope.
While external shading devices can indeed add embodied carbon because they are additional materials, the most accurate and complete statement in the options is the broader one: any new materials added during the retrofit increase embodied carbon. New mechanical systems are generally treated under operational energy impacts rather than being core contributors in the EDGE embodied carbon in materials calculation.
44. Frage
When properly designed, which of the following ventilation strategies can improve comfort by providing access to fresh air and reducing temperature without using any energy?
Antwort: B
Begründung:
According to the CBCI EDGE curriculum, natural ventilation is a passive design strategy that enhances indoor comfort by allowing fresh outdoor air to enter and circulate through a building without the use of mechanical systems. When properly designed, natural ventilation utilizes pressure differences created by wind and temperature variations, such as cross ventilation and stack effect, to drive airflow. This can reduce indoor temperatures and improve air quality without consuming electrical energy for fans or mechanical equipment.
In contrast, heat recovery ventilators and energy recovery ventilators are mechanical systems that use fans to move air through heat exchange cores. Although they are energy-efficient compared to conventional mechanical ventilation, they still require electrical power to operate. Similarly, continuously running mechanical ventilation systems depend entirely on powered fans and therefore consume energy.
EDGE promotes passive design measures, including natural ventilation where climate conditions permit, as a means to reduce cooling loads and improve energy performance. Because it operates without mechanical energy input, natural ventilation is the only option listed that meets the condition of improving comfort without using any energy.
45. Frage
Client has provided the specification as per the image for low flow shower heads. What is the flow rate for shower heads that should have been entered to EDGE software?
Antwort: C
Begründung:
According to the CBCI EDGE curriculum, when entering plumbing fixture data into the EDGE software, the value required is the actual flow rate of the fixture in liters per minute, not the product code, price, or any other specification number shown in supplier documentation.
From the specification image, the overhead shower is described as having a single flow rate of 6 liters per minute. Other numbers visible in the specification, such as 1,315 or 3,590, represent product codes or pricing information, not water flow rates. The 4 liters per minute value in the image applies to a wall mixer component and not to the shower head itself.
In EDGE, water savings for showers are calculated based on the flow rate combined with default usage assumptions. Therefore, the correct value to input for a low-flow shower head is its rated flow in liters per minute. Since the overhead shower shown has a flow rate of 6 liters per minute, that is the value that should be entered into the EDGE software.
Accurate entry of fixture flow rates is essential because it directly affects the calculated percentage reduction in water consumption compared to the baseline case.
46. Frage
In an air conditioned building with air cooled chiller, selecting insulation in the roof will influence
Antwort: A
Begründung:
According to the CBCI EDGE curriculum, roof insulation directly affects the building's thermal performance by reducing heat transfer through the roof. In an air-conditioned building, particularly in warm climates, the roof is a major source of heat gain. By improving roof insulation, the cooling load is reduced, which lowers the electricity consumption of the air-cooled chiller system. Therefore, roof insulation clearly influences operational energy performance and contributes to energy savings in the EDGE model.
At the same time, insulation materials are accounted for in the materials category of EDGE, which evaluates embodied carbon in building materials. Adding or upgrading roof insulation changes the quantity and type of materials used in the construction, thereby influencing the embodied energy or embodied carbon calculation within the materials assessment.
Because the system described uses an air-cooled chiller, water consumption is not directly linked to the cooling process, unlike water-cooled systems with cooling towers. Therefore, roof insulation does not affect water use in this scenario.
For these reasons, roof insulation influences both energy and materials embodied energy, making option D the correct answer.
47. Frage
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