B. 02. Solar energy density - Effect of building orientation : Outcome : Base case: From the above results, it is evident that the building receives greater solar radiation when orientated in the direction of East-West axis. The total solar radiation `received in the winter is much more than the radiation received in the summer. Iteration 01: Annual solar energy density 01 Iteration 02: Annual solar energy density 02 Annual solar energy density 03 C. Visible Radiation Studies C. 01. Visual Acuity Evaluation (Baseline model): Daylight factor ASE - 98% sDA - 99.9% C. 02. Visual Comfort Evaluation - Annual Glare: Outcome : Baseline model: sDG - 17.76% Perceptible glare (0.35 < DGP < 0.38) Disturbing glare (0.38 < DGP < 0.45) Intolerable glare (DGP < 0.45) Disturbing glare (0.38 < DGP < 0.45) Intolerable glare (DGP < 0.45) Model with shading devices and Þns: sDG - 3.52% Perceptible glare (0.35 < DGP < 0.38) Illuminance The daylight received through the northern glazing system is a positive strategy to increase the daylight autonomy in space without increasing the glare. Thus the strategy which had to be adopted to reduce the ASE value from 98% to the LEED v4.1 acceptable limit, we had to tackle the glare from the southern glazing. D. Thermal Radiation Studies D. 01. Spatial Thermal Comfort Analysis: a. D. 02. High Performance Building materials b. The result demonstrates reduction in the highest energy consumption from 10000 kWh to 3300 kWh. This implies that the improvement in the building envelope by choosing high performance building materials certainly helps in reducing energy consumption. c. d. Mean Radiant Temperature in the OfÞce space during Coldest month a) HVAC system Off, b) HVAC system On, and Hottest month c) HVAC system off and, d) HVAC system off a. OfÞce space b. Monthly heating and cooling energy consumption a) in Baseline model, b) after the implementation of high performance building materials Conference space