The effects of window alternatives on energy efficiency and building economy in high-rise residential buildings in moderate to humid climates

Energy balance calculation of window glazings in the northern latitudes using long-term measured climatic data

“…However, our choice of parameters is justified by the result of the Component Award 2014 which shows that the passive house windows with U g -value down to 0.52 W/m 2 K can already be produced at almost the same price as the standard windows with U g ¼ 1:2 W/m 2 K and g ¼ 0:6 [42]. Moreover, often the life-cycle costs are lower for initially more expensive glazings [43].…”

Development of an energy-saving glass using two-dimensional periodic nano-structures

“…The high costs for air-conditioning are inevitable trade-off due to the concurrently penetrating thermal radiation [1,2]. The thermal radiation on the glass roofing may overheat the underneath space [3].…”

Development of Decision Support Process for Building Energy Conservation Measures and Economic Analysis

“…Yalcınl analyzed the effect of windows on energy consumption and economy of high-rise buildings. The result shows that smart-glazed buildings and those with low emissivity glazing are the most efficient alternatives with regard to building energy consumption and economy [3]. Kim et al proposed the supplement point of the Korea's policies and guidelines regarding windows through a comparison of Korea's policies and guidelines for windows, and checked the variation of the energy consumption of buildings through the variation of the window elements [4].…”