Analysis Of Data Climate The Several Town In Indonesia For Support The Development Of Standard Adaptive Comfort The Traditional Homes.

Wahyu Sujatmiko, Amat Rahmat, Karto Wijaya

Abstract


ABSTRACT : According to the adaptive thermal comfort approach, the neutral temperatures or the comfortable temperature of building occupants can be predicted based on the average data of the outdoor air temperature in the vicinity of the residential buildings. Generally the residents of the residential buildings still feel comfortable in the range of zones 80% or plus minus two and a half degrees of comfortable temperature.

This paper attempts to analyze the typical annual climate data was published by ASHRAE RP 1477 in the Year 2011 for the purpose of estimating the comfort zone of traditional buildings in Indonesia. The method was used is the statistical data processing of 28 cities in Indonesia, to be presented in the form of average, minimum, maximum, daily and monthly data. It is expected that this method will get selected daily data profile and monthly data. Furthermore, the monthly data calculated comfort zone follows the adaptive thermal equation of ASHRAE 55 2004.

The existing data are expected later to be used to compare with the actual data of mean vote which have accumulated over several years of this measurement for prediction the comfort level of the existing traditional dwelling.

Keywords : Typical Annual Climate Data; Adaptive Thermal Comfort; ASHRAE; Traditional Buildings; Natural Ventilation


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References


ASHRAE 55 2004, Thermal Comfort Standard, ASHRAE, USA

Fanger, O. 1970, Thermal Comfort, McGraw-Hill.

ASHRAE Research Project 1477-RP Development of 3,012 typical year weather files for international locations, FINAL REPORT, Joe Huang - White Box Technologies, Moraga CA, October 19, 2011

Brager, G.S. and R. de Dear, 2001, ‘Climate, comfort, and natural ventilation: a new adaptive comfort standard for ASHRAE Standard 55. Proceeding Moving Thermal Comfort Standards into the 21st Century, Oxford Brookes University, Windsor, UK.

ISO 7730 2005, Ergonomics of the thermal environment — Analytical determination and interpretation of thermal comfort using calculation of the PMV and PPD indices and local thermal comfort criteria”, ISO, 2005

Sujatmiko 2007, Kenyamanan Termal Adaptif pada Hunian Rumah Tinggal Berventilasi Alami, Tesis Master Teknik Fisika ITB.

Sujatmiko, H. K. Dipojono, FX. Nugroho Soelami, Soegijanto, 2015, Natural ventilation and temperature conditions in some high-rise building flats in Bandung and Jakarta in perspective of adaptive termal comfort, Procedia Environmental Sciences 28 (2015) 360-389, Elsevier.




DOI: https://doi.org/10.31848/ijobes.v1i2.359

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