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Due to reduction of production costs in the international market, and the rational use of energy resources, the photovoltaic technologies presents opportunities for innovation. Therefore, this article is based on experimental research to develop a brise-soleil, product innovation, using an existing PV module. In order to increase the energy efficiency trough heat dissipation. That promotes the cooling of the rear surface of the module and improving energy performance. A literature review was conducted of detailed form, with application of academic methods for evaluation, use of specific software design and validation, and the prototype testing in laboratory. The design process was driven by the specific methodology for new products development. Proposed concepts were validated and classified in Solidworks software. Then, the best performance was chose with the use of a decision matrix. This concept was applied to a case study in the chosen building. The case study was guided by RTQ-C (2010) and was carried out rating the energy efficiency of the building in its current situation, and in the hypothetical situation: after placement of the brise-soleil PV on the north facade. The component for heat dissipation was tested in the laboratory with the aid of thermograph camera. This research is currently at the stage of results analysis.

P e D aplicação de metodologia de projeto no desenvolvimento de um produto sustentável