Optimising daylighting in high-rise commercial developments in SE Asia and the use of computer programmes as a design tool

Renewable Energy

Volumn 8, Issue 1-4, 1996, Pages 206-209

  Close, Josie ^a  

^a NONE

Author keywords

Computer simulation; Daylighting; High rise; SE Asia; Sustainable development; Urban

Indexed keywords

COMPUTER SIMULATION; DAYLIGHTING; DESIGN AIDS; ENERGY UTILIZATION; INTERIORS (BUILDING); LAWS AND LEGISLATION; MODIFICATION; OPTIMIZATION; TALL BUILDINGS; URBAN PLANNING;

HIGH RISE COMMERCIAL BUILDINGS; ILLUMINATION LEVELS; THERMAL TRANSMISSION;

DAYLIGHT SIMULATION;

EID: 0042537684     PISSN: 09601481     EISSN: None     Source Type: Journal    
DOI: 10.1016/0960-1481(96)88847-1     Document Type: Article

References (30)

1. Degelman, L.O., "Computer-based design tools for sun and daylight"". Proceedings of Arcadia Computing in Design
2. Moek, M & Selkowitz, S.E., "A Computer-Based Daylight Systems Design Tool"Proceedings of Arcadia '95, Computing in Design(Enabling ,Capturing & Sharing Ideas).October 1995
3. HK Government, Code of Practice for Overall Thermal Transfer Value in Buildings, April 1995.
4. Barker, G., "Electric Lighting Systems", Proceedings - Daylighting in Buildings Sydney Nov '95
5. Mahdavi, A et al "Effects of Lighting, Zoning and Control Strategies on Energy use in Commercial Buildings", Journal of Illuminating Engeering Society Winter 1995
6. Lam, J.C., "Electricity Consumption & Built Environment in Air-conditioned Buildings", Energy Eng. vol 92,no2 1995
7. Beltran. L.O.et al, The Design & Evaluation of Three Advanced Daylighting Systems: Light Shelves, Light Pipes and Skylights, Lawrence Berkeley Laboratory Paper -34458 DA-323 Mar '94
8. Cowling. I., & Veevers, P., "Design & performance of permanently mounted daylighting device"Arch. Science Rev vol 33,pp97-103, 1990",
9. Knowles, R., Sun, Rythm,Form, MIT Press 1981
10. Ruck, N., & Smith,S.C.J., "The Passive Daylighting of Building Interiors", Architectural Science Review vol31,pp87-98,
11. Edmonds,I.R., "Performance of Laser Cut Light Deflecting Panels in Daylighting Applications", Solar Energy Materials & Solar Cells, 29 (1993) 1-26
12. Hartkopf, Loftness et al, "Designing the Office of the Future, The Japanese Approach to Tomorrow's Workplace,pp126-128, Wiley 1993
13. Heliostat, Engineering Building Minneapolos, Minnesota, "Underground daylight", Building Services August 1985
14. Foster, Sir N & Partners, Architects, Hong Kong Bank, Hong Kong.
15. Littlefair P. J, "Innovative Daylighting :Review of Systems &Evaluation Methods, "Lighting Res & Tech 22 (1),1-17 1990
16. Müller, H., et al., The natural lighting of buildings use light directing glazing, Institute for Light Cologne October 1995
17. Hopkinson et al, Daylighting, Heinemann 1966
18. Rogers, N. et al "An Analysis of Innovative Methods in Natural Lighting", Architectural Science Rev,vol 22, no2, June 1979.
19. Littlefair P. J, "Lightshelves; Computer Assessment of Daylighting Performance", Lighting Res & Tech, 27(2) 79-91 (1995)
20. Boubeki, M., et al, "Study of lightshelf: computer simulation and scale model",Proc.Conf.Indoor Air Quality,Concordia,1992
21. Lam, J.C., & Li, D., "Solar Heat Gain Factors for Hong Kong, "Architectural Science Review, vol 38, pp75-80, June 1995
22. Winkelman, F.C,& Lokmanhekim,M., "Sun control options in high-rise office buildings", Energy & Buildings 8,(1985) 1-13
23. Johnson, T.E., Low-E Glazing Design Guide, Butterworth Architecture, 1991.
24. Mardaljevic, J.,et al "Advanced Daylighting Design far Complex Spaces",Clima 2000 Conf, London Nov 1993
25. Lighting Technologies 1990, Lumen-micro.
26. Superlite, Windows & Daylighting Group, Lawrence Berkeley Laboratory, Berkeley, California, USA.
27. Ward, Greg, Radiance, Lighting Systems Research Group Lawrence Berkeley Laboratory, Berkeley, California, USA.
28. Lightscape Visualisation System, Version 1.2, Lightscape Technologies 1994.
29. Window 4.1 Program for Analyzing the Window Thermal Performance Window and Daylighting Group March 1994.; DOE.2.1 Program for Thermal Analysis, Lawrence Berkeley Laboratory, Berkeley, California, USA.
30. Lam, J.C., Hui, S., & Yuen, R.,"Typical weather Year for Building Energy Simulation in Hong Kong", HKMETS Bulletin vol 2, no 1, 1992.