Daylighting and energy performance of a building for composite climate: An experimental study
作者： Madhu Sudan , G.N. Tiwari
DOI: 10.1016/J.AEJ.2016.08.014
关键词: Carbon credit 、 Daylighting 、 Thermal comfort 、 Daylight 、 Engineering 、 Payback time 、 Energy conversion efficiency 、 Architectural engineering 、 Energy performance 、 Thermal energy
摘要: Abstract The present study includes overall energy saving through thermal as well daylighting for composite climate the building known SODHA BERS COMPLEX (SBC) situated at Varanasi, India. has been designed including all passive concepts comfort to maximize use of natural lighting occupants in day activities. This approach can be useful multi-story rural and urban areas both residential commercial buildings. potential corresponding CO 2 mitigation have determined different lifetimes building. matrices namely payback time (EPBT), production factor (EPF) life cycle conversion efficiency (LCCE) also estimated by considering saving. An annual obtained 3675.61 kW h due daylight concept Zones each floors Further, EPBT 49.25 years 34.73 average 4 °C 6 °C temperature difference between ambient room, respectively. It found that when heat gain increases LCCE EPF increase.
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