Thermal Performance of Traditional House in the Upland Central Celebes of Indonesia

Puteri Fitriaty, I.G.N. Antaryama Antaryama, Sri Nastiti N.E Nastiti N.E

Abstract


House presents special problems for design in relation to climate as it accommodates variety of uses over 24-hour period. It is widely known in the tropical countries that traditional houses are more sensitive to the prevailing climate and able to provide comfortable internal environment for the occupants. Tambi as one of traditional houses in upland Central Celebes Indonesia is believed to be thermally comfortable, yet there still no empirical evidence to approve it. Present study conducted empirical studies on typical traditional Tambi houses to evaluate their thermal performance. External and internal climatic conditions were measured in each house and were analysed. Results of the study showed that typical traditional Tambi house are not able to maintain the internal temperature within the comfort range for a preiod of 24- hours. Thermal quality of the house, however, were improving as indicated by internal temperatures which were more satisfactory than the external temperatures.

Keywords


thermal performance; traditional tambi house; tropical upland climate

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References


E. Martin, Housing, Climate and Comfort, Halsted Press, USA, p.186, 1980.

Oikonompu, Aineias, and Bougiatioti, Flora, “Thermal Behavior of Traditional Architecture in The City of Florina in North-Western Greece”, in Proceedings of 21th Conference on Passive and Low Energy Architecture, Eindhoven, The Netherlands, 2004.

A. Malama, and S. Sharples, “Thermal Performance of Traditional and Contemporary Housing in the Cool Season of Zambia,” Building and Environment, vol.32, no.1 p 69-78, 1997.

O. H. Koeningsberger, T. G.Ingersoll, A, Mayhew, and S. V. Szokolay, Manual of Tropical Housing and Building, Part 1: Climatic Design, London:Longman, p.318, 1973.

C. Kabre, “A New Thermal Performance Index For dwelling Roofs in The Warm Humid Tropics,” Building and Environment 45 Journal, pp. 727-738. 2010.

Ossen, R. Dilshant, Ahmad, and H. Mohd, “Research Report: Tropical Building Design Principles For Comfortable Indoor Environment,” Faculty of Built Environment, Universiti

Teknologi Malaysia, 2008.

Szokolay and V. Steven, Thermal Design of Building, RAIA Education division, Australia. 1987.

Givoni and Baruch, Climate Considerations in Building and Urban Design, Van Nostrand Reinhold, New York, p.464, 1998.

M. K. Singh, Mahapatra, Sadhan, and S. K. Atreya, “Thermal Performance Study and Evaluation of Comfort Temperatures in Vernacular Building of North-East India,” Building and Environment Journal, vol.45. pp. 320-329. 2010.




DOI: http://dx.doi.org/10.12962/j20882033.v22i4.77

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