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   ENERGY PERFORMANCE OF THREE RESIDENTIAL COLLEGE BUILDINGS IN UNIVERSITY OF MALAYA CAMPUS, KUALA LUMPUR  
   
نویسنده Jamaludin Adi Ainurzaman ,Inangda Nila ,MohdAriffin Ati Rosemary ,Hussein Hazreena
منبع journal of design and built environment - 2011 - دوره : 9 - - کد همایش: - صفحه:59 -73
چکیده    Three residential collegeslocated in kuala lumpur, malaysia, were selected for energy performance analysis in regards to its implementation of bioclimatic design strategies. specifically, passive design strategies on daylighting and natural ventilation were examined. in malaysia, the residential college or hostel is a multi-residential building providing accommodation to university students. the three residential colleges in this study, namely c1, c2 and c3, were built in different years with different designs and forms, particularly with regards to enclosure and facade design, solar control devices, passive daylight concepts, and natural ventilation strategies. the building designswere carefully studied and an electric consumption analysis was carried out in each residential college. this study revealed that the wide-scale implementation of bioclimatic design strategies in college c2 help reduced the annual energy consumption. the building bioclimatic design features that are accountable to reduce energy consumption are the internal courtyard and balconies on each unit of floor area, as shown in c3.results from this study highly recommend internal courtyard and balcony building combinationfor multi residential building design, especially in tropical urban regions
کلیدواژه bioclimatic design strategies ,daylighting ,energy efficiency index (EEI) ,natural ventilation ,residential college
آدرس university of malaya, Institute of Biological Sciences, Faculty of Science, Malaysia, university of malaya, Faculty of Built Environment, Department of Architecture, Malaysia, university of malaya, Faculty of Built Environment, Department of Architecture, Malaysia, university of malaya, Faculty of Built Environment, Department of Architecture, Malaysia
 
     
   
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