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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Project Surroundings and Public Outreach | 4.7% | - Community engagement and education - Regional and cultural context |
| Topic 2: Integrative Strategies | 10.6% | - Integrative process and discovery analysis - Collaborative design strategies - Interdisciplinary team coordination |
| Topic 3: Location and Transportation | 10.6% | - Transit access and alternative transportation - Density and diverse uses - Site selection and sensitive land protection |
| Topic 4: Indoor Environmental Quality | 12.9% | - IAQ management and low-emitting materials - Thermal comfort and acoustic performance - Daylighting and lighting quality |
| Topic 5: Water Efficiency | 10.6% | - Cooling tower and wastewater management - Process water efficiency and metering - Indoor and outdoor water use reduction |
| Topic 6: Energy and Atmosphere | 12.9% | - Energy performance optimization - Commissioning and systems verification - Renewable energy and refrigerant management |
| Topic 7: Sustainable Sites | 10.6% | - Heat island reduction and light pollution control - Rainwater management and open space - Site assessment and restoration |
| Topic 8: LEED Process | 9.4% | - LEED pathways and credit interpretations - Prerequisites and certification logic - Project boundary and MPR requirements |
| Topic 9: Materials and Resources | 10.6% | - Material sourcing and environmental impact - Construction waste management - Life cycle assessment and product disclosure |
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質問 # 206
In addition to Materials and Resources Credit, Building Life-Cycle Impact Reduction, Option 3. Building and Materials Reuse, salvaged materials contribute to the achievement of
正解：B
解説：
Materials and Resources Credit, Construction and Demolition Waste Management Salvaged materials are materials that have been recovered or diverted from the waste stream for reuse. They can contribute to the achievement of the Construction and Demolition Waste Management credit, which aims to reduce the amount of waste generated by construction and demolition activities and divert it from landfills and incinerators. By reusing salvaged materials, projects can reduce the demand for new materials, conserve natural resources, save energy, and lower greenhouse gas emissions.Salvaged materials can be counted as part of the total waste diverted from disposal, as long as they are not counted for the Building Life-Cycle Impact Reduction credit1.
:
Reference Guide for Building Design and Construction v4 - Pages 263-2642 LEED Certification and Sustainable Construction Waste Management3
質問 # 207
Questions 1-5 are based on the same project scenario. Please use the scenario information when answering.
A hospital certified underLEED V5in 2018 is designing and constructing a 21,000 ft² (1,950.96 m²) vertical addition, plus vegetated terraces and a mechanical penthouse.
The original hospital achieved the Gold certification level and was built with the capacity to add three floors-levels six through eight-to the top of the structure. This addition requires partial demolition of the roof and the floor below.
The project is designed to be architecturally cohesive with the existing building façade and is targeting Platinum certification under LEED v5.
The campus is in a dense urban area adjacent to several bus stops, a light-rail transit station within a 2,500 ft. (762 m) walking distance, and a bicycle docking point at the main entrance to the property. An on-campus shuttle service connects patients, visitors, and staff from the parking areas to each medical building and the light-rail station.
The healthcare campus has existing infrastructure; therefore, no new roads, sidewalks, parking structures, or ground-level landscaping will be installed.
The new floors have separate mechanical systems in the penthouse, but piping for public and patient restrooms, janitor closets, and staff break rooms connects directly to the main hospital plumbing system.
The newly installed medical equipment uses gas, steam, and chilled water supplied by the campus central plant.
Based on the project design and the credit options that the project team may attempt, what is the highest LEED certification level that can be achieved?
正解：C
解説：
Platinum is the highest certification level available under LEED and is therefore the correct response to the question as written. However, the scenario does not provide a completed scorecard or enough performance data to prove that this particular hospital addition will actually earn Platinum certification. The project must satisfy every applicable prerequisite, earn the required total points, and meet any LEED v5 Platinum-level requirements relating to energy efficiency, operational carbon, and renewable-energy use. The project's use of gas and central-plant thermal energy therefore requires careful decarbonization analysis and could affect its final certification result. Targeting Platinum does not guarantee achievement; certification depends on documented compliance, the total verified score, and successful review of all submitted prerequisites and credits.
質問 # 208
A design team is working on a hospital project. In order to meet the Energy and Atmosphere Prerequisite, Minimum Energy Performance, what option is used?
正解：B
解説：
The Whole Building Simulation option is used to meet the Energy and Atmosphere Prerequisite, Minimum Energy Performance for a hospital project. This option involves creating a detailed computer model of the building to simulate its energy performance and identify opportunities for improvement.References: LEED AP Building Design + Construction (LEED AP BD+C) V4 resources 1
質問 # 209
Which one of the following represents quality transit service as defined in Location and Transportation Credit, Access to Quality Transit?
正解：A
解説：
The Location and Transportation Credit, Access to Quality Transit requires projects to locate within walking distance of existing or planned transit stops that provide access to quality transit service1. Quality transit service is defined as transit service that meets the minimum weekday and weekend headways (time between vehicles) and hours of operation listed in Table 1 of the credit requirements2. According to Table 1, the minimum weekday headway for bus service is 15 minutes, and the minimum weekday headway for rail service is 10 minutes. The minimum weekend headway for both bus and rail service is 30 minutes. The minimum hours of operation for both bus and rail service are 6 a.m. to 8 p.m. on weekdays and 8 a.m. to 6 p.m. on weekends2. In addition, the credit requires projects to locate within a 1/4 mi. (0.40 km) walking distance of bus, streetcar, or rideshare stops or within a 1/2 mi. (0.80 km) walking distance of bus rapid transit stops, light or heavy rail stations, commuter rail stations, or ferry terminals1.
Option A does not represent quality transit service because it only has two bus lines that may not meet the minimum headway and hours of operation requirements. Option C does not represent quality transit service because it is beyond the maximum walking distance of 1/2 mi. (0.80 km) for rail stations. Option D does not represent quality transit service because it is a private shuttle bus that does not qualify as a public transportation service, and it provides hourly service that does not meet the minimum headway requirements. Option B represents quality transit service because it has a rail station that is within the maximum walking distance of 1/2 mi. (0.80 km) from the project building, and it has one train line that operates Monday through Sunday, which implies that it meets the minimum headway and hours of operation requirements.
Access to Quality Transit
Access to Quality Transit - Canada Green Building Council
質問 # 210
When planning a water-efficient landscape design, the designer should consider including
正解：C
解説：
The best answer is C. native vegetation. This is because:
*Native vegetation is adapted to the local climate and soil conditions, and therefore requires less water than non-native plants1.
*Native vegetation also supports local biodiversity, reduces erosion, and enhances the aesthetic value of the landscape2.
*Potable water is not a good option for water-efficient landscape design, as it is a scarce and valuable resource that should be conserved for human consumption and hygiene3.
*Sprinkler systems are not a good option for water-efficient landscape design, as they can waste a lot of water through evaporation, runoff, and overspray4. Drip irrigation or micro-sprinklers are more efficient methods of watering plants.
*Permeable pavement is not a good option for water-efficient landscape design, as it is not a plant-based element, but a hardscape feature that allows water to infiltrate into the ground. Permeable pavement can reduce stormwater runoff and pollution, but it does not directly contribute to water conservation in the landscape.
References: 1: Water Efficient Landscaping Ideas: 5 Water Wise Tips 2: [Native Plants for Water Conservation] 3: [Water Conservation | US EPA] 4: [Sprinkler Irrigation - an overview | ScienceDirect Topics] : [Drip Irrigation - an overview | ScienceDirect Topics] : [Permeable Pavement - an overview | ScienceDirect Topics] : [Permeable Pavement Benefits and Costs]
質問 # 211
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