Optimization Of Window Sizes Suitable For As Green Infrastructure In Warm-Humid Climate.

Abstract

Windows are one of the most crucial elements of building architecture in the current period. It is well recognized that letting in natural light through windows enhances both the indoor atmosphere and the health of its inhabitants. Studies have demonstrated that more daylighting improves the happiness, well-being, and productivity of building occupants. A building's overall energy consumption can be decreased by significantly reducing the requirement for electric illumination through effective daylighting. In addition to enhancing aesthetics and visual comfort, daylighting contributes to sustainability goals in residential construction by lowering dependency on electricity generated from fossil fuels. However, there are drawbacks to maximizing daylight. In warm-humid climates, which are defined by high humidity and strong sunlight, large glass expanses can result in glare and heat discomfort. Although a wide window increases interior illumination, it can also increase cooling demands when sunlight heats the space. Larger windows allow more natural light and views, while smaller windows reduce unwanted heat absorption. In warm-humid conditions, it's especially critical to find the right window size to balance thermal performance and acceptable illumination. This essay focuses on determining the ideal window size for a livable space in a warm, humid location like Agartala city.