Daylight and Energy Oriented Architecture Design Support Model

ÜMİT TURGAY ARPACIOĞLU, Halit Yaşa Ersoy
1.889 540

Abstract


Daylight and energy are a fundamental input for architectural design. It is vital to have a stock of knowledge that will enhance the bond between daylight and other physical environment data. This study aims to develop a new model of thinking that will bridge the gap between daylight, thermal comfort and energy data and the design process. The proposed “Design Support Model” is an interactive one; with a primary focus on the uniqueness of each design, especially in terms of the designer inclination. The model first determines the designer’s inclination in issues of physical environment, with the help of the Analytical Hierarchy Process (AHP). Control tables have been developed, for variables of function, climate zone, tendency and the designer inclination, in line with limitvalues prescribed by the literature and standards. After all physical environment issues are mapped out for each factor concerning the space at hand, the model provides the designer with solution alternatives for the defined problems. A weighted ranking of decisions is obtained, again using the AHP mathematical decision-making method, so that designers can evaluate the proposed solution alternatives and make their own mind for their own design.Key words: Daylight; Thermal Comfort; Energy; Architectural Design Stage; (Analytic Hierarchy Process) (AHP); Design Support Model

Keywords


Daylight; Thermal Comfort; Energy; Architectural Design Stage; (Analytic Hierarchy Process) (AHP); Design Support Model

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References


Marsh, A., “Conceptual Design”, Square One, 2009. [Online]. Available: www.squareone.com.

IESNA, “Lighting Handbook”, (2005).

ASHRAE, “The American Society of Heating, Refrigerating and Air-Conditioning Engineers”, (2001).

Hayter, J.R.S., Torcellini, P.A., “Optimizing building and HVAC systems”, ASHRAE Journal, (1999).

Galasiu A., V. J., “Occupant preferences and satisfaction with the luminous environment and control systems in daylit offices a literature review”, Energy and Buildings, 38:728–742, (2006).

Garris, L., “The deliberation of daylighting,” Buildings Magazine, (2004).

Plympton P., E. K., Conway, S., “Daylighting in schools: improving student performance and health at a price schools can afford”, (2000).

Roche L., S.A.., Dewey, E., Littlefair, P., “Daylight in offices – occupant assessments”, in The 9th European Lighting Conference, (2001).

Wotton E., B.B., “An investigation of the effects of windows and lighting in offices,” in Proceedings of the International Daylighting Conference, 405–411(1983).

Veitch J., N.G., “Determinants of Lighting Quality II: Research and Recommendations”, 104th Annual Psychological Association, (1996). of the American