(EP998524-A2)      An ultraviolet light stabilization additive for use in an encapsulant comprises two hindered amine light stabilizers providing thermal oxidative and photo-oxidative stabilization respectively.    Also claimed are: (i) a solar cell module comprising at least one solar cell having a transparent encapsulant on at least one surface comprising a polyethylene copolymer and the stabilization package above, a transparent front support and a back skin layer at a rear surface of the encapsulant. (ii) a transparent laminated member comprising front and rear supports and the stabilized transparent encapsulant layer above. (iii) a method of making a solar cell module (40) comprising positioning the encapsulant layer (10) above on the solar cell and placing them between a front support (26) and back skin layer (28) as above. (iv) a method of making a transparent laminate as above comprising placing the encapsulant above between two support layers and laminating.    USE -   For solar cell modules and in laminate glass applications for windscreens on automobiles and architectural glass    ADVANTAGE -   The problems of using EVA are avoided and the material is non-tacky, non-yellowing and easy to handle. A UVA absorber is not needed nor a phenolic antioxidant.    (JP2001510946-W)      An ultraviolet light stabilization additive for use in an encapsulant comprises two hindered amine light stabilizers providing thermal oxidative and photo-oxidative stabilization respectively.    Also claimed are: (i) a solar cell module comprising at least one solar cell having a transparent encapsulant on at least one surface comprising a polyethylene copolymer and the stabilization package above, a transparent front support and a back skin layer at a rear surface of the encapsulant. (ii) a transparent laminated member comprising front and rear supports and the stabilized transparent encapsulant layer above. (iii) a method of making a solar cell module (40) comprising positioning the encapsulant layer (10) above on the solar cell and placing them between a front support (26) and back skin layer (28) as above. (iv) a method of making a transparent laminate as above comprising placing the encapsulant above between two support layers and laminating.    USE -   For solar cell modules and in laminate glass applications for windscreens on automobiles and architectural glass    ADVANTAGE -   The problems of using EVA are avoided and the material is non-tacky, non-yellowing and easy to handle. A UVA absorber is not needed nor a phenolic antioxidant.