NOVELTY - The method comprises placing a fiberglass reinforcing element, which is previously treated for its transparency after the impregnation with a resin, in a front face of photovoltaic cells (2) equipped with electrical connections (3), and molding a thermosetting resin such that the cell and the fibers are completely embedded. The molding process is performed by a vacuum bag infusion of the resin, by injecting the resin into a mold, by manual impregnation by vacuum bag prepreg technology and by autoclave curing phase or cycle. The reinforcing elements are dry fibers.    USE - The method is useful for manufacturing a photovoltaic module, which is useful in applications such as building and urban environment and transport unit or low-power electrical appliances such as mobile phones, laptop computers and personal digital assistants, for solar farms and industrial and rural installations isolated from the network, for building and street furniture, for residential, commercial and industrial buildings, for signs, for shelters, for a constructive roof element, for a greenhouse roof, for a space application, for a sunroof, for an airplane wing, for a non-ventilated facade and as a skin of sandwich type panels.    ADVANTAGE - The method is capable of simply and rapidly manufacturing the photovoltaic modules with high durability, good structural capacity, mechanical strength and transparency, low weight, excellent surface properties such as abrasion and wear resistance, surface hardness and aging against environmental agents and enhanced heat dissipation and electromagnetic filter properties.    DETAILED DESCRIPTION - The method comprises placing a fiberglass reinforcing element, which is previously treated for its transparency after the impregnation with a resin, in a front face of photovoltaic cells (2) equipped with electrical connections (3), and molding a thermosetting resin such that the cell and the fibers are completely embedded. The molding process is performed by a vacuum bag infusion of the resin, by injecting the resin into a mold, by manual impregnation by vacuum bag prepreg technology and by autoclave curing phase or cycle. The reinforcing elements are dry fibers. Before molding with resin, the aramid fibers, carbon fibers and/or boron fibers are placed in a rear face of the cells. An INDEPENDENT CLAIM is included for a photovoltaic module.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a photovoltaic module.    Photovoltaic module (1)    Photovoltaic cells (2)    Connections (3)    Fiberglass laminate (4)    Other laminate. (5)