NOVELTY - UV protected laminated solar concentration device, viewed from the solar light source, comprises at least the following layers: a polymeric carrier layer; and a polymeric film having a first surface embossed with optical structures which form one or more Fresnel lens(es) and having a second surface which is bonded to the Polymer layer either directly or via an adhesive layer.    USE - The UV protected laminated solar concentration device is useful for producing solar thermic device, in particular CSP device, or for producing photovoltaic device, in particular CPV device (claimed). It can also be used for improving optical lifetime and weathering resistance, and for preventing delamination.    ADVANTAGE - The invention provides surface finish relevant to scratch resistance, antisoil properties, anti-reflection properties and chemicals resistance of the solar concentration device. It also provides a very simple production process which, compared to the prior art, can be performed in a less expensive, more energy-efficient, simple and rapid manner, and demands less complex logistics.    DETAILED DESCRIPTION - UV protected laminated solar concentration device, viewed from the solar light source, comprises at least the following layers: a polymeric carrier layer; and a polymeric film having a first surface embossed with optical structures which form one or more Fresnel lens(es) and having a second surface which is bonded to the Polymer layer either directly or via an adhesive layer where the carrier layer comprises at least one UV absorber and at least one UV stabilizer and/or where an UV protecting polymer layer, comprising at least one UV absorber and at least one UV stabilizer, is bond to the light source facing surface of carrier layer either directly or via an adhesive layer. INDEPENDENT CLAIMS are:    (1) a process for manufacturing UV protected laminated solar concentration devices comprising coextrusion of carrier layer and UV protecting layer followed by lamination of polymeric film to the backside of carrier layer, either with or without formation of an adhesive layer, or lamination of carrier layer and UV protecting layer via extrusion lamination, with or without formation of an adhesive layer, followed by lamination of polymeric film to the backside of carrier layer, either with or without formation of an adhesive layer or lamination of carrier layer and polymeric film, either with or without formation of an adhesive layer, followed by lamination of UV protecting layer to the light source facing side of carrier layer, either with or without formation of an adhesive layer, or lamination of carrier layer, comprising at least one UV absorber and at least one UV stabilizer, and polymeric film, either with or without formation of an adhesive layer; and    (2) solar device, that is concentrated photovoltaic (CPV) element comprising at least one solar concentration device and at least one solar cell, or it is a CSP element comprising at least one solar concentration device and at least one heat absorbing element.