Dynamic Daylight Performance Metrics for Sustainable Building Design
Динамические показатели эффективности естественного освещения для устойчивого проектирования зданий
2006-07-01
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daylight factordaylighting designdynamic daylight performance metricsoffice buildingssustainable building design
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Abstract (AI)
The objective of this document is to promote the use of dynamic daylight performance measures for sustainable building design. The paper initially explores the shortcomings of conventional, static daylight performance metrics which concentrate on individual sky conditions, such as the common daylight factor. It then provides a review of previously suggested dynamic daylight performance metrics, discussing the capability of these metrics to lead to superior daylighting designs and their accessibility to nonsimulation experts. Several example offices are examined to demonstrate the benefit of basing design decisions on dynamic performance metrics as opposed to the daylight factor.
Key Findings
1
Conventional static metrics, such as daylight factor, are limited because they evaluate daylight under individual sky conditions.
2
Dynamic daylight performance measures are promoted as more suitable tools for sustainable building design than conventional static metrics.
3
Example office analyses demonstrate benefits from basing daylighting decisions on dynamic performance metrics rather than daylight factor.
4
The paper reviews dynamic daylight performance metrics according to their potential to support better daylighting designs and accessibility for nonsimulation experts.
Research Object
Dynamic daylight performance metrics applied to office buildings in sustainable building design
Research Subject
The capability of dynamic daylight metrics to improve daylighting design decisions compared with conventional static metrics such as the daylight factor
Publication Details
Publication Date
2006-07-01
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