In hot dry climates excess solar gain may result in high cooling energy consumption and indoor discomfort. Sun control and shading devices is an important aspect of many building design strategies. Advanced systems that integrate computational tools,

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In hot dry climates excess solar gain may result in high cooling energy
and indoor discomfort. Sun control and shading devices is an important aspect of many
building design strategies.

Advanced
systems that integrate computational tools, such as parametric design systems, makepossible and explore ways to formulate a responsive building envelope that could
with sun position.

The parametric design provides
building envelopes, which are more adaptive and interactive byactively responding to prevailing weather conditions, for
energy performance and indoor thermalcomfort levels. This study attempts to examine and
the effect and performance of smart façades inthe context of the indoor
comfort and energy
. These parameters are
bycontrolling the levels of solar radiation and by calculating shading element sizes for sun control in responseto
changes. In order to ensure the systems autonomy the semi-transparent PV modules hasbeen used as panel's material.