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Individuals who pass the Excellence in Design for Greater Efficiencies (EDGE Expert) Exam certification exam demonstrate to their employers and clients that they have the knowledge and skills necessary to succeed in the industry. Actual4Cert is aware that preparing with outdated EDGE-Expert Study Material results in a loss of time and money.
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Certification Process & Roles | 10% | - Steps to certification
|
| Topic 2: Materials & Embodied Carbon | 15% | - Low-impact material selection
|
| Topic 3: Energy Efficiency | 25% | - Energy baseline calculation
|
| Topic 4: EDGE Fundamentals & Framework | 20% | - Core principles of EDGE
|
| Topic 5: Water Efficiency | 20% | - Water baseline assessment
|
| Topic 6: EDGE Software & Application | 10% | - Using EDGE calculation tool
|
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NEW QUESTION # 71
Which of the following properties of glass are used in EDGE?
Answer: B
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 # 72
Utility cost savings are calculated based on reduction in total:
Answer: D
Explanation:
Utility cost savings in EDGE are calculated based on reductions in resource consumption sourced from the supply grid, as these are the costs directly borne by the building owner. The EDGE User Guide explains:
"Utility cost savings in EDGE are calculated based on the reduction in energy and water consumption from the supply grid, using local tariffs for electricity and water to convert resource savings into financial savings" (EDGE User Guide, Section 2.4: Interpreting EDGE Results). Option D, energy and water consumption from the supply grid, aligns with this definition, focusing on grid-supplied resources. Option A (electricity and water consumption) is partially correct but lacks specificity about the source: "Electricity and water must be grid-supplied to be included in utility cost savings; onsite generation is excluded" (EDGE Methodology Report Version2.0, Section 4.4: Cost Savings Calculations). Option B (generator fuel and water consumption) is incorrect, as generator fuel is not part of utility cost savings: "Generator fuel costs are not included in utility savings, as EDGE focuses on grid-supplied utilities" (EDGE User Guide, Section 2.4: Interpreting EDGE Results). Option C (building energy and water consumption) is too broad, including onsite sources: "Building consumption includes all sources, but utility savings are grid-specific" (EDGE Methodology Report Version
2.0, Section 4.4: Cost Savings Calculations). Thus, energy and water from the supply grid (Option D) is the correct basis for utility cost savings.
Reference:EDGE User Guide Version 2.1, Section 2.4: Interpreting EDGE Results; EDGE Methodology Report Version 2.0, Section 4.4: Cost Savings Calculations.
NEW QUESTION # 73
Which of the following types of light bulbs will have the highest efficacy of lumens per watt?
Answer: A
Explanation:
In the CBCI EDGE curriculum, lighting efficiency is a critical strategy for reducing internal loads and lowering overall building energy consumption. Lighting efficacy is measured in lumens per watt, indicating how much visible light is produced for each unit of electrical power consumed. Among the listed options, light emitting diodes, or LEDs, provide the highest efficacy.
Typical performance ranges show that T8 and T5 fluorescent lamps are more efficient than older lighting technologies but generally deliver lower lumens per watt compared to modern LED systems. Compact fluorescent lamps are also more efficient than incandescent lighting but still fall short of the efficacy achieved by LEDs. Contemporary LED fixtures can exceed 100 lumens per watt and in many cases reach significantly higher values depending on product quality and design.
The EDGE software rewards high-efficiency lighting systems because reducing lighting power density directly lowers cooling loads in air-conditioned spaces and decreases total delivered energy consumption.
LEDs also offer additional advantages such as longer lifespan and lower maintenance requirements, further supporting sustainable building design objectives. Therefore, among the listed options, LEDs have the highest efficacy and are the correct answer.
NEW QUESTION # 74
The Base Case for utility costs:
Answer: B
Explanation:
In EDGE, the Base Case is a standardized benchmark used to calculate utility cost savings, reflecting typical resource consumption for a building in its location and typology. The term "virtual energy" in EDGE refers to the energy required for heating, cooling, lighting, and other systems, modeled as if the building operates under typical conditions without efficiency measures. The EDGE User Guide explains how utility costs are calculated: "The Base Case for utility costs includes the cost of virtual energy, which represents the modeled energy consumption for the building type in the absence of efficiency measures, alongside water consumption, using localtariffs to estimate financial impacts" (EDGE User Guide, Section 2.3: Using the EDGE App). Option B, includes the cost of virtual energy, aligns with this approach, as the Base Case accounts for all modeled energy use to establish a baseline for savings. Option A (excludes the cost of virtual energy) is incorrect, as virtual energy is a core component of the Base Case: "Virtual energy in EDGE is the theoretical energy use calculated for the Base Case, including heating, cooling, and lighting, and its cost is always included in utility cost calculations" (EDGE Methodology Report Version 2.0, Section 4.4: Cost Savings Calculations). Option C (excludes the cost of virtual energy only in homes) and Option D (includes the cost of virtual energy only in homes) are also incorrect, as the treatment of virtual energy is consistent across all typologies: "The Base Case methodology, including the inclusion of virtual energy costs, applies uniformly to all building types in EDGE, whether homes, hotels, or offices, to ensure a fair comparison of savings" (EDGE User Guide, Section 2.3: Using the EDGE App). The EDGE Methodology Report further clarifies: "Utility costs in the Base Case are derived from virtual energy and water consumption, reflecting typical usage patterns for the building type and location, ensuring that savings calculations are comprehensive and include all relevant energy demands" (EDGE Methodology Report Version 2.0, Section 4.4: Cost Savings Calculations). This consistent inclusion of virtual energy costs across all typologies makes Option B the correct answer.
Reference:EDGE User Guide Version 2.1, Section 2.3: Using the EDGE App; EDGE Methodology Report Version 2.0, Section 4.4: Cost Savings Calculations.
NEW QUESTION # 75
Which of the following describes a more efficient lamp?
Answer: D
Explanation:
Lamp efficiency in EDGE is a key factor in reducing energy consumption for lighting, a critical green building design strategy. The EDGE User Guide defines lamp efficiency: "In EDGE, a moreefficient lamp is one that provides higher lumens per watt, meaning it produces more light output (lumens) for the same electrical input (watts). This metric, known as luminous efficacy, is used to evaluate lighting efficiency measures like EEM22 - Efficient Lighting for Internal Areas" (EDGE User Guide, Section 4.4: Lighting Efficiency Measures). Option A, more lumens/watt, directly aligns with this definition, as it indicates greater efficiency in converting electricity to light. Option B (lower watts/m²) refers to lighting power density, which is a design metric, not a lamp characteristic: "Watts/m² is a measure of lighting power density for a space, not the efficiency of an individual lamp" (EDGE Methodology Report Version 2.0, Section 5.4: Lighting Calculations). Option C (longer life) relates to durability, not efficiency: "Lamp life affects maintenance costs but is not a direct measure of energy efficiency in EDGE" (EDGE User Guide, Section 4.4: Lighting Efficiency Measures). Option D (lower wattage) alone does not indicate efficiency, as a lamp with lower wattage but poor light output would be less efficient: "Lower wattage must be paired with adequate lumens to improve efficiency" (EDGE Methodology Report Version 2.0, Section 5.4: Lighting Calculations). Thus, more lumens/watt (Option A) describes a more efficient lamp.
Reference:EDGE User Guide Version 2.1, Section 4.4: Lighting Efficiency Measures; EDGE Methodology Report Version 2.0, Section 5.4: Lighting Calculations.
NEW QUESTION # 76
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