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| Section | Objectives |
|---|---|
| Topic 1: EDGE Software Application | - Project modeling and inputs in EDGE software - Interpreting performance results and compliance |
| Topic 2: Resource Efficiency Metrics | - Energy efficiency concepts and savings calculation - Materials efficiency and embodied energy basics - Water efficiency strategies and benchmarks |
| Topic 3: Certification Process | - Project registration and documentation requirements - Verification and audit process |
| Topic 4: EDGE Green Building Fundamentals | - Sustainable design principles - Overview of EDGE system and certification framework |
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NEW QUESTION # 108
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?
Answer: A
Explanation:
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.
NEW QUESTION # 109
A building is located in a hot and dry climate where water availability (rainfall) is low. Which of the following measures will give the lowest water savings?
Answer: C
Explanation:
In a hot and dry climate with low rainfall, water efficiency measures in EDGE are evaluated based on their potential to reduce potable water demand, but their effectiveness depends on local conditions. The EDGE User Guide explains the impact of various water-saving measures: "In regions with low rainfall, rainwater harvesting provides minimal water savings due to limited precipitation, whereas measures like low-flow showers, dual flush toilets, and black water recycling can achieve consistent savings by reducing direct water use or reusing wastewater" (EDGE User Guide, Section 5.2: Water Efficiency Measures). Option B, rainwater harvesting, relies on rainfall to collect water for non-potable uses, but in a hot and dry climate with low water availability, its effectiveness is limited: "Rainwater harvesting systems in EDGE are modeled based on local precipitation data. In arid climates with annual rainfall below 200 mm, savings from rainwater harvesting are typically less than 5% of total water demand, as the collected volume is insufficient to meet significant needs" (EDGE Methodology Report Version 2.0, Section 4.2: Water Savings Calculations). In contrast, Option A (low-flow showers) reduces water use directly: "Low-flow showers can reduce water consumption by 20-30% in buildings, regardless of climate, by limiting flow rates to 6-8 liters per minute" (EDGE User Guide, Section
5.2: Water Efficiency Measures). Option C (recycle black water) also offers consistent savings: "Black water recycling systems can save 30-40% of water demand by treating and reusing wastewater for flushing or irrigation, independent of rainfall" (EDGE Methodology Report Version 2.0, Section 4.2: Water Savings Calculations). Option D (dual flush for water closets) similarly provides reliable savings: "Dual flush toilets reduce water use by 25-35% by offering a low-flush option for liquid waste, effective in all climates" (EDGE User Guide, Section 5.2: Water Efficiency Measures). Given the low rainfall in a hot and dry climate, rainwater harvesting (Option B) yields the lowest water savings compared to the other measures, which do not depend on precipitation. The EDGE User Guide further notes: "In dry climates, measures like rainwater harvesting are often the least effective, while demand-side measures (e.g., low-flow fixtures) and recycling systems provide higher and more consistent water savings" (EDGE User Guide, Section 5.3: Additional Water Efficiency Measures). Thus, rainwater harvesting (Option B) gives the lowest water savings in this context.
Reference:EDGE User Guide Version 2.1, Section 5.2: Water Efficiency Measures, Section 5.3: Additional Water Efficiency Measures; EDGE Methodology Report Version 2.0, Section 4.2: Water Savings Calculations.
NEW QUESTION # 110
The calculation of the embodied energy of materials within the EDGE software excludes
Answer: D
Explanation:
According to the CBCI EDGE curriculum, the embodied energy calculation in the EDGE software focuses primarily on the energy associated with the production stages of building materials. This includes raw material extraction and processing, as well as manufacturing and transformation into finished construction products. The embodied energy values used in EDGE are derived from standardized lifecycle inventory data covering cradle-to-gate processes.
Raw material wastage during manufacturing is typically already embedded within industry production data and reflected in the embodied energy coefficients assigned to materials in the EDGE database. Therefore, these upstream losses are implicitly accounted for in the calculation methodology.
However, material wastage during construction on site is not included in the embodied energy calculation within the EDGE software. The tool assumes standardized material quantities based on design inputs and does not factor in site-specific construction inefficiencies, off-cuts, breakage, or improper handling losses. This exclusion simplifies the assessment and ensures consistency across projects globally. Therefore, the embodied energy calculation excludes construction-stage material wastage, making option C the correct answer.
NEW QUESTION # 111
Which of the following properties of glass are used in EDGE?
Answer: C
Explanation:
In the CBCI EDGE curriculum, glazing performance is characterized using properties that directly influence solar heat gains through windows, because this is a major driver of cooling energy demand in many climates.
The EDGE software uses Solar Heat Gain Coefficient, which represents the fraction of incident solar radiation that enters the building as heat through the glazing system. A lower SHGC reduces solar heat entering the indoor space, lowering cooling loads and improving the project's energy savings in the improved case.
Shading Coefficient is an older metric that is sometimes referenced in market literature, but EDGE standardizes the glazing solar performance input using SHGC for consistency across regions and products.
Solar Heat Loss Coefficient is not a standard glazing metric used in EDGE; heat loss through glazing is addressed using thermal transmittance measures such as U-value rather than an SHLC parameter. Solar Reflectivity may be relevant for certain roof or surface materials, but it is not the primary glazing property used in EDGE to quantify solar heat admitted indoors. Therefore, the correct glass property used in EDGE among the options provided is SHGC.
NEW QUESTION # 112
Which of the following measures require testing by the EDGE Auditor at the site audit?
Answer: D
Explanation:
According to the CBCI EDGE certification procedures, certain measures require physical verification and performance testing during the site audit to confirm that installed systems match the design-stage commitments entered in the EDGE software. Low-flow faucets for bathrooms fall into this category because their compliance depends on measurable flow rates. During the audit, the EDGE Auditor may use flow- measuring devices to test fixture discharge rates and verify that they meet the specified liters per minute used in the improved case calculations. This ensures that projected water savings are genuinely achieved in practice.
In contrast, measures such as a green roof are typically verified visually and through documentation such as drawings and material specifications rather than performance testing. Condensate water recovery and wastewater treatment systems are usually confirmed through installed system inspection, capacity checks, and documentation review, but not necessarily through direct flow-rate testing at each fixture point like low-flow faucets. The curriculum emphasizes that fixtures with defined performance parameters, such as flow rates, are subject to on-site testing to maintain the integrity and credibility of EDGE water savings claims.
NEW QUESTION # 113
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