NOVELTY - The molded or shaped article comprises a transparent substrate and an outermost layer, which has a thickness of 0.0026-0.51 mm, and comprises a polyolefin composition having a density of less than 0.90 g/cc and a Shore A hardness of less than 80. The polyolefin outermost layer has a thickness of 0.076-0.18 mm. The substrate comprises a rigid sheet or film layer and a polymeric interlayer, which adheres to or is present in contact with the outermost layer. The substrate comprises an incident layer, a front encapsulant layer and a solar cell layer having electrically interconnected solar cells.    USE - The article such as a molded or shaped article, sign, film, sheet, safety laminate, solar cell module, building glazing, vehicle window, windshield, headlamp or lighting fixture (claimed) is useful as a safely glass or solar cell laminate, and in the automobile industry .    ADVANTAGE - The article has high abrasion-resistance, impact resistance and penetration resistance, good UV light resistance, long term thermal stability and weatherability and adequate adhesion strength.    DETAILED DESCRIPTION - The article comprises a transparent substrate and an outermost layer, which has a thickness of 0.0026-0.51 mm, and comprises a polyolefin composition having a density of less than 0.90 g/cc and a Shore A hardness of less than 80. The polyolefin outermost layer has a thickness of 0.076-0.18 mm. The substrate comprises a rigid sheet or film layer and a polymeric interlayer, which adheres to or is present in contact with the outermost layer. The substrate comprises an incident layer, a front encapsulant layer, a solar cell layer having electrically interconnected solar cells, a back encapsulant layer, and a backing layer in the order from the front light-receiving side to the back non-light-receiving side of the solar cell module. The outermost layer is the transparent incident layer or the backing layer. The solar cell layer comprises a second substrate having deposited a layer of thin film solar cells adhered to the back encapsulant layer.