The document outlines initial steps in an action plan to define a modular facade system with integrated bifacial panels that provides insulation, is low cost, flexible, sustainable, resistant, optimizes energy use, and allows for fast and adaptable building. This includes using Rhino and Grasshopper software to determine an optimal geometry, researching materials online and in libraries, contacting manufacturers for specifications, and modeling reflection and scattering results in DIVA software to help decide next steps and incorporate electrotechnological aspects.

1. Action plan, first steps
RESOURCE & MANAGEMENT
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Where do we go?
We want to define a facade module with
integrated panels bifacial with the objectives:
INSULATION
LOW COST
FLEXIBILITY
SUSTAINABILITY
NICE
RESISTENCE
ENERGY OPTIMIZATION
MODULARITY
FAST BUILDING
RECOVERY
ADAPTABILITY
AND
REALISTIC

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Define a general shape
Using Rhino & Grasshopper we try
to get the optimum geometry

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Find the best materials
Research on the internet and in
libraries

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Contact factory for information and aid
Technical specifications

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Modeling results with the software DIVA
Program that can study
the reflection and
scattering of sunlight on
the surface

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based on these initial results
will decide how to move, but
we certainly want to also
touch the ectrotechnological
aspects
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