The GSE has published a guide on the integration of architectural photovoltaic . With this initiative, the government agency wishes to emphasize that, to get the premium for building integration, the system must have characteristics significantly different from the systems on the ground, paid with a special rate. To that end, deemed it appropriate to characterize certain types and architectural structures, as well as advice on how to integrate the modules necessary to recognize the architectural installation.
To enjoy the incentive rate of a photovoltaic system is fully integrated , it must: Replacing roofing, roofs, facades of buildings and buildings with the same inclination and architectural features of the coated surface.
be admitted to the incentive rate for the total building integration also cases in which:
A) The modules cover a portion of the roof.
B) The modules cover the total surface roof.
C) has been made of the design solutions industrialization for new building components for solar covers civil, industrial or commercial purposes.
Proper architectural integration of a photovoltaic , unable to match the ability of PV to produce electricity with the aesthetic quality of space architecture that houses it.
architecture to fully integrate the photovoltaic means being able to balance the technical and aesthetic components of photovoltaic technology on the structure of the building.
The visual characteristics of the photovoltaic module - shape, size, color, transparency possible - may become elements of characterization of the architectural space. Photovoltaics is interpreted as true and used building materials and becomes a fundamental part of the building. Replaces a conventional building material, becoming an active component of the building structure capable of contributing positively to the energy performance of buildings.
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