(JP9116176-A)      A solar cell module comprising a solar cell element and at least a surface side covering material positioned on the light receiving side of the element, where the surface covering comprises at least a filler, a nonwoven glass fibre member (GM), and a surface protective film, where the glass fibre has a texture bonded with an acrylic resin.    Also claimed is a process for producing a solar cell module which includes the steps of : (a) laminating an insulating film, a back side material, a solar element, a nonwoven glass fibre member having a texture bonded with an acrylic resin (AR), a surface side filler member(F), and a surface protective film (PF) in the name order to obtain a stacked body, and (b) subjecting the stacked body to thermocompression treatment to obtain a solar cell module.    USE -   Environmentally acceptable power generation.    ADVANTAGE -   The surface of the solar cell is no more than slightly coloured at high atmospheric temperatures and when exposed outdoors for long periods excels in external appearance, scratch resistance, low flammability, weatherability, light resistance and heat resistance.    (JP9191116-A)      A solar cell module comprising a solar cell element and at least a surface side covering material positioned on the light receiving side of the element, where the surface covering comprises at least a filler, a nonwoven glass fibre member (GM), and a surface protective film, where the glass fibre has a texture bonded with an acrylic resin.    Also claimed is a process for producing a solar cell module which includes the steps of : (a) laminating an insulating film, a back side material, a solar element, a nonwoven glass fibre member having a texture bonded with an acrylic resin (AR), a surface side filler member(F), and a surface protective film (PF) in the name order to obtain a stacked body, and (b) subjecting the stacked body to thermocompression treatment to obtain a solar cell module.    USE -   Environmentally acceptable power generation.    ADVANTAGE -   The surface of the solar cell is no more than slightly coloured at high atmospheric temperatures and when exposed outdoors for long periods excels in external appearance, scratch resistance, low flammability, weatherability, light resistance and heat resistance.