Authors’ response to R Kittler

Nabil, Azza; Mardaljevic, John

doi:10.1177/136578280503700110

Cited by 3 publications

(1 citation statement)

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“…Thus UDI can evaluate architecture natural lighting more comprehensive and rational from aspects of quality and quantity. UDI threshold are respectively 100 lx and 2000 lx, because studies show that [4]when the indoor natural light below the 100 lx, will not be able to meet the minimum standards for user visual operations (this kind of situation need to open artificial lighting) and when more than 2000 lx indoor natural light, high intensity of illumination will cause users visually uncomfortable, affect work efficiency. Therefore, UDI effective illuminance data range between 100 lx -2000 lx is quite reasonable.…”

Section: Daylighting Evaluation Standardmentioning

confidence: 99%

The Analysis of Annual Dynamic Effective Daylighting on High-Rise Office Building in Jinan

Zhao

2014

AMR

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Make full use of natural light is the best way to realize building lighting energy saving. More application value data can be got from the annual dynamic perspective to analysize office building daylighting. This paper first introduces the international new daylighting evaluation standard and related research tool. And then through the computer simulation method to calculate the UDI value of three kinds of sunshade scenes in different toward room. Finally, on the basis of comparison of UDI to different scenes, this paper finds that south, east and west to the room can get wider effective daylighting area by using dynamic curtain.

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Section: Daylighting Evaluation Standardmentioning

confidence: 99%

The Analysis of Annual Dynamic Effective Daylighting on High-Rise Office Building in Jinan

Zhao

2014

AMR

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Daylighting Concepts for University Libraries and Their Influences on Users' Satisfaction

Kılıç

Hasırcı

2011

The Journal of Academic Librarianship

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Comment 1 on ‘Average daylight factor for the 15 CIE standard skies’ by DWH Li and GHW Cheung

Kittler

2006

Lighting Research & Technology

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Evaluation of methods for modelling daylight and sunlight in high rise Hong Kong residential buildings. Indoor and Built Environment 2004; 13: 249Á/58. 30 Reinhart CF, Herkel S. The simulation of annual daylight illuminance distributions */ state-of-the-art comparison of six RADI-ANCE-based methods. Energy and Buildings 2000; 32: 167Á/87. 31 Mardaljevic J. Validation of a lighting simulation program under real sky conditions. Lighting Res. Technol . 1995; 27: 181 Á/88. 32 Li DHW, Lau CCS, Lam JC. Predicting daylight illuminance by computer simulation techniques. Lighting Res. Technol. 2004; 36: 113 Á/29. 33 Hong Kong Government. Building (planning) regulation. Laws of Hong Kong Chapter 123 subsidiary Legislation, Laws ordinance. Hong Kong, 1990. 34 Buildings Department. Revision to the Code of practice for overall thermal transfer value in buildings. Buildings Department, Hong Kong, 2000.

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Authors’ response to R Kittler

Cited by 3 publications

References 1 publication

The Analysis of Annual Dynamic Effective Daylighting on High-Rise Office Building in Jinan

The Analysis of Annual Dynamic Effective Daylighting on High-Rise Office Building in Jinan

Daylighting Concepts for University Libraries and Their Influences on Users' Satisfaction

Comment 1 on ‘Average daylight factor for the 15 CIE standard skies’ by DWH Li and GHW Cheung

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