A Vision of Daylight Technologies for High-Rise Residential Building in Tropic

HABITechno 3 International Conference

Achsani, R.A.^1 ; Wonorahardjo, S.^1 ; Soelami, F.X.N.^2

Department of Architecture, Bandung Institute of Technology, Bandung

40132, Indonesia^1

Department of Physics Engineering, Bandung Institute of Technology, Bandung

40132, Indonesia^2

关键词: Artificial lighting;    Daylighting technology;    High energy consumption;    High rise residential building;    Illuminance ratios;    Literature reviews;    Overcast skies;    Sky condition;   

Others  :  https://iopscience.iop.org/article/10.1088/1755-1315/152/1/012013/pdf
DOI  :  10.1088/1755-1315/152/1/012013

来源: IOP

【 摘 要 】

Sidelighting is still the primary lighting opening for most buildings in all part of the world. The technology allows only limited penetration of daylight that causes a high energy consumption for artificial lighting. Using a right daylight technology in high-rise residential building could saving more energy and have a good impact on productivity and occupant's health. This paper discusses the daylighting technologies for high-rise residential buildings in tropical area with literature review method. Some factors such function of systems, location, ability to change and transparency/the view outside will be the factors that must consider in selecting daylight technologies for high-rise residential building in tropic. The diffuse light-guiding system is a practical daylight technologies for deep floor plan building in tropics. The studies shows that potential daylight technology is diffuse light-guiding system that composed from light shelf, fish sytem and anidolic system. The performance of light shelf influenced by direct sunlight. Its increasing iluminance near window area and causes uneven distribution of illumination in the room. Fish system shows better performance than ordinary blinds, however the result is from integration of fish system and external blinds at low internal illuminance. Application anidolic system in tropical area improving illuminance ratio by factor 3.3, reducing glare by 14%, under overcast sky could transfer daylight upto12.5 m and under intermediate sky up to 20 m. For future work, anidolic system expected to respond sky conditions and direct sunlight for improvement in tropical area.