Harshita Gupta S

Material Ecology and Environmental Performance

PORTAL

This report analyzes Mangalore’s climate to design a fenestration system for an office building that withstands extreme weather. It explores parameters affecting façade performance, including opening geometry, shading angles, direction, and material selection. Digital simulations using Climate Studio optimized shading devices and wall sections for thermal comfort and daylight control. Two design options were tested to balance glare reduction and daylight penetration. Findings suggest large openings with louvred projections to block glare and heat, while material choices—light-toned interiors and high-reflectance exteriors—enhance lighting and thermal efficiency, ensuring comfort and energy effectiveness year-round.


Report Content

Portal - an opening.

Thermal analysis -Defining the HSA and VSA of Mangalore.

Iterations of shading devices and drawing out analysis and inferences.

Thermal analysis of the iterations through various wall sections.

Diurnal temperature trend in the selected wall section with least "U value".

Thermal comfort analysis comparisons with two different window shading devices.

Day light factor and point in time illuminance comparison with both iterations.

ASE and SDA of both iterations to compare data.

Annual glare comparison to understand the opening size angles and positions.

Inference of a shading device which is apt for Mangalore region.