USGBC LEED-AP-ID+C Exam With Confidence Using Practice Dumps

Integrated decision-making involves the collaborative effort of various stakeholders in a project, from its conception through completion, to ensure the building's design serves its intended purpose effectively. In the context of placing circulation near the office perimeter next to the window wall, integrated decision-making would mean making design choices that enhance the building's performance and occupant comfort. Option A, installing blinds to increase occupant comfort, would address issues such as glare and thermal gains from the sun, which directly impact the occupants' comfort and the building's heating and cooling loads. This decision would emerge from the iterative process of identifying the unique needs and challenges of the project and making early design decisions that benefit the project both in execution and operation.

References:Insights into the integrative process and the importance of collaborative decision-making in LEED projects, emphasizing the impact of early design decisions on building performance and stakeholder value

The use of plug-in devices can affect the Energy and Atmosphere Prerequisite, Minimum Energy Performance, as this prerequisite requires the establishment of a building’s energy performance that includes the energy consumption of all plug-in devices. These devices can significantly impact the overall energy usage and therefore influence the strategies to meet the minimum energy performance standards1.

References:

• LEED v4 for Interior Design and Construction Reference Guide2.
• LEED Credit Library - Energy and Atmosphere3.
• Minimum Energy Performance Prerequisite Information1.

The use of plug-in devices can have a significant impact on a building's energy profile, especially when considering the Indoor Environmental Quality Credit for Thermal Comfort within the LEED AP Interior Design + Construction framework. The Energy and Atmosphere Prerequisite, Minimum Energy Performance, is affected by the use of plug-in devices because these devices contribute to the building's overall energy consumption. This prerequisite requires projects to establish a minimum level of energy efficiency for the proposed building and systems. Plug-in devices can alter the thermal load and energy usage patterns within a space, thereby influencing the strategies employed to meet thermal comfort requirements. For instance, excessive use of personal heating or cooling devices might indicate inadequacies in the HVAC system's ability to provide comfortable conditions, which could affect the energy modeling and performance metrics required tocomply with this prerequisite. It's crucial for the design team to account for the energy impact of plug-in devices in their energy modeling and ensure that the building's systems can meet occupants' thermal comfort needs efficiently.

For LEED Indoor Environmental Quality Credit concerning Interior Lighting, Option 1, the requirement is for 90% of building occupants to have individual lighting controls. Given that the tenant space includes 100 workstations and 10 enclosed offices intended for individual use, this means that a total of 110 workspaces require lighting control. To achieve one point, at least 90% of these occupants must have control over the lighting in their space. Therefore, the minimum number of occupants that would need individual lightingcontrols is 90% of 110, which calculates to 99 occupants (rounded down). However, as individual controls cannot be split between occupants, the actual minimum number would be 99 occupants. Option B is the closest answer to 99 without going under the required percentage.

References:Explanation of the requirements for individual lighting controls to meet the Interior Lighting Credit under Indoor Environmental Quality, indicating that 90% of building occupants must have task lighting .