The application of inclined wall self-shading strategy in buildings would, therefore, bring about a reduction in heat gain, which invariably reduces energy consumption for cooling. IESVE Web Demo for UK & Europe Tue, 5th October 2021, 1pm - 2pm BST Hear directly from one of our experts about the capabilities of the VE and pick up some useful tips and tricks along the way in one of our free online live web demos. From the findings, the optimum inclination angle of self-shading for effective heat gain reduction is based on a 45% self-shading projection.
Findings from the analysis revealed a relationship between heat gains into a building space and self-shading projection (SSP), as heat gains tend to reduce with increased SSP. In establishing the relationship between different inclined wall strategies to the amount of heat gain, modification of the inclined wall self-shading projection (SSP) was modelled and experimented using ApacheSim simulation.
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The results of the validation of ApacheSim simulation software tool against the measured environmental variables indicated significant reliability having Pearson correlations ranging from 0.56 to 0.90. In this study, the potential solar energy is simulated by using IES VE software coupled with a Monte Carlo probabilistic.
Field measurement of environmental variables such as ambient temperature, relative humidity, dew point, and wet bulb temperature was carried out in a case study inclined wall self-shading office building located in Putrajaya, Malaysia. This study examines the effect of inclined wall self-shading strategy on heat gain in an office building. External shading geometry on buildings has been found to contribute substantially to reducing energy consumption for cooling.
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