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APPLYING METHOD FOR PHOTOVOLTAIC MODULES INTEGRATED IN A BUILDING

Summary

The invention relates to a method for the application of photovoltaic modules integrated in a building.

Technology Benefits

The The present solution allows to: create high-performance curtain walls can be of the most
advanced design methods performative "multi-criteria"; improve the characteristics of the application of photovoltaic modules, both for properties of the passive type (lighting,
visibility) which for properties of the active type (such as the
generation of electrical power by means of the integrated photovoltaic); create a variety of configurations within the same set typological, thanks to the combination of different technologies for the elements of the entire building, in relation to a specific urban context, the environment and climate.

Technology Application

The invention relates to a method for the application of photovoltaic modules integrated in a building. The present invention finds application in the field of integrated photovoltaic panels in buildings, namely in the field BIPV (Building Integrated Photo Voltaic).

Detailed Technology Description

The invention is an architectural component of new generation for the creation of continuous façades high performance. The invention can be the subject of the most advanced design methods performative "Multi criteria", as it incorporates qualities
that make it efficient for efficiency strategies, energy (almost). It is a glass tile transparent medium to large sized complex shape that can be produced by molding - a technique relatively economical and environmentally friendly - when compared to the processes typical of the production of float glass for the building.

Type of Cooperation

Licensing / Joint development partnership

Application Date

15/10/2015

Application No.

WO2017064662

Classes

H01L 31/948 - H01L 31/18 - H01L 31/042 - H01L 21/306 - H01L 31/18

ID No.

ABC.15.031.A

Country/Region

Italy