NOVELTY - Producing a solar module, comprises (a) applying a matrix composition (102) on a surface of a first solid carrier material (101), (b) placing at least one solar cell(s) (103) on the matrix composition applied on the surface of first carrier material, (c) applying the matrix composition on the surface of the solar cell(s), (d) applying a second solid carrier material (104) on the matrix composition applied on surface of the solar cell(s), (e) compressing a structure of solar cell(s), matrix composition, and the first - and second carrier material, and (f) polymerizing the matrix composition.    USE - The shear thinning, polymerizable liquid composition with a flow limit is useful for encapsulating at least one solar cell(s) (claimed).    ADVANTAGE - The method ensures improved liquid encapsulation; can be automated; and is suitable in mass production.    DETAILED DESCRIPTION - Producing a solar module, comprises (a) applying a matrix composition (102) comprising at least one polymerizable compound, on a surface of a first solid carrier material (101), where the matrix composition is a structurally viscous fluid with yield stress, (b) placing at least one solar cell(s) (103) on the matrix composition applied to the surface of first carrier material, (c) applying the matrix composition on the surface of the solar cell(s), (d) applying a second solid carrier material (104) on the matrix composition applied on surface of the solar cell(s), (e) compressing a structure of solar cell(s), matrix composition, and the first- and second carrier material, such that the solar cell(s) are surrounded by a continuous layer of matrix composition, and (f) polymerizing the matrix composition form a polymer matrix encapsulating the solar cell(s). An INDEPENDENT CLAIM is also included for solar module obtained by the above method, comprising (i) a first solid support, (ii) a second solid support, (iii) at least one solar cell(s) encapsulated in a polymer matrix, and arranged between the first- and the second carrier material, and (d) at least one spacer, where the polymeric matrix is produced by curing a matrix composition containing at least one polymerizable compound.    DESCRIPTION OF DRAWING(S) - The drawings 1A, 1B, 1C, 1D and 1E show a schematic representation of cross section of lay-ups in various phases during producing a solar module.    First solid carrier material (101)    Matrix composition (102)    Solar cell (103)    Second solid carrier material (104)