NOVELTY - Manufacturing a photovoltaic module, comprises: forming a photovoltaic backsheet (130) from a nylon resin material by filling the nylon resin material with at least one mineral additive (5-40 wt.%); and laminating the photovoltaic backsheet to at least one element comprising a photovoltaic cell, an encapsulant or a front panel (105).    USE - The method is useful for manufacturing the photovoltaic module.    ADVANTAGE - The method utilizes the backsheet which: shows dielectric strength of 2000-3300 volts/mil, and a Young's Modulus (ksi) of 200-325; has natural high surface energy and no surface treatment is needed, hence reduces the manufacturing cost of photovoltaic module; is made from a renewable, recyclable, and/or sustainable source; exhibits improved performance under heat and humidity environmental extremes, hence act as a good barrier to water moisture consistent while maintaining a moisture barrier and curtailing corrosion; improves the power output of solar panels than conventional backsheets; and contributes to a lower operating temperature within the photovoltaic module, hence facilitates higher energy efficiency and improved power output for photovoltaic modules. The method: utilizes the additives, which are recyclable and do not deplete the world's petroleum supply; and provides the photovoltaic module, which exhibits high thermal conductivity and humidity performance, thus allowing the dissipation of heat and provide protection against heat buildup and improved mechanical, and/ or UV performance.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a photovoltaic module comprising: the photovoltaic backsheet containing a nylon resin material comprising 5-40 wt.% of at least one mineral additive; and the element    DESCRIPTION OF DRAWING(S) - The figure illustrates a cross-sectional view of the photovoltaic module.    Laminated photovoltaic module (100)    Transparent front panel (105)    Front layer of encapsulant (110)    Array of solar cells (115)    Backsheet (130)