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(2020) quantified the external shading effect on the southern windows of a five-row residential building with an orientation of 10° south by the west in Zhengzhou, China, in terms of thermal-optical performance. Through a field comparison test, Huo et al.
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They did not validate the simulation result by field measurements. They used two indoor sensors in a single office room in Melbourne, Australia, with WWR is 90% to assess DGI and task horizontal illuminance in order to adjust the Venetian blinds. The simulation is performed via EnergyPlus. (2020) analysed an external motorised Venetian blind to control solar radiation to mitigating thermal and visual discomfort. (2021) performed a multi-objective optimisation (using Ladybug and Honeybee) as well as on-site measurement to assess glare, daylight and energy saving for an educational building with WWR of 0.3 and 0.6 in Tehran, Iran. They studied the effect of five shading device types. (2021) carried on a field study to investigate the interrelationship between desk workers' satisfaction, workstation lighting, and the working area environmental characteristics. (2021) conducted a sensitivity analysis of parameters for cooling demand and shading performance for a six-storey residential building in China. Their experiment ran on sunny days between April and May 2019 from 9 a.m. (2021) conducted an experiment finding the relationship between glare, the view to outside, and daylight availability for a roller blind system using HDRI technique for a 1 × 1 m window was oriented to the north-east in Argentina. They provided no field measurement and experimental validation.
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Qin and Li (2021) simulated a light-controlled shading system on building energy consumption using eQUEST software based on a light environment by Ecotect for a 32-storey office in Wuhan, China, with an average window to wall (WWR) ≈ 0.73 (curtain wall). So, the dwelling spaces are not studied as much in this context. Much of the current literature on glare pays particular attention to office spaces. In addition, efficient use of sunlight illumination convinces us to use shading systems to prevent unsolicited insolation and the connected glare ( ASHRAE Design_Guide, 2015). To alleviate the harsh glare, all fenestration subjected to direct sunlight should have to be equipped to handle glare with some sort of sun control ( ASHRAE, 2009), which is the paper's main aim. In order to use incoming sunlight effectively, the light sources would be controllable. It is advisable to intercept excessive luminance into space. During the daytime, the primary glare resource is windows which let in direct sunlight.
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The COVID-19 pandemic, which has brought an increase in indoor home spaces as working environments ( Hu, 2020 Wuersch and Neher, 2020 Morawska et al., 2020), is growing the importance of the study on residential indoor visual comfort matters, especially regarding the reciprocal relationship between avoiding glare and indoor daylight access. Useful Daylight illuminances (UDI) has a significant role in the maintenance of indoor comfort. IntroductionĪustralia is distinguished by the frequent bright and cloudless skies even in winter, whilst European countries experience overcast skies during winter that are deemed critical in terms of daylight illumination and window design ( Kittler and Darula, 2019).