A method for manufacturing a paving slab for paving a circulation area, the paving slab comprising a. a slab body having at least one cutout, b. a module arranged in the at least one cutout, wherein the module extends in a planar manner along a module plane, and c. at least one planar cover element which is oriented along the module plane and which is translucent at least in portions for protecting the at least one module, d. wherein the at least one module is surrounded by the slab body and the at least one cover element at least in a liquid-tight manner, e. the module comprising i. at least one planar photovoltaic layer oriented along the module plane for generating electrical energy, ii. at least one planar luminescent layer oriented along the module plane for illuminating surroundings of the module, and iii. at least one support element which extends in a planar manner along the module plane and onto which the at least one photovoltaic layer and the at least one luminescent layer are applied by means of screen printing, f. wherein the at least one photovoltaic layer and the at least one luminescent layer each comprise a plurality of material layers oriented along the module plane and having material compositions that are different from one another, g. wherein the at least one photovoltaic layer, the at least one luminescent layer, the at least one support element, and the entire module are designed to be flexible, the method comprising the following steps: h. providing a planar and flexible support element for the module of the paving slab, i. screen printing the at least one photovoltaic layer and the at least one luminescent layer of the module onto the support element, j. arranging the module in the cutout of the slab body of the paving slab, and k. enclosing the module in the cutout in a liquid-tight manner by means of the cover element of the paving slab, 1. wherein the enclosing of the module includes casting the cover element from a plastics material onto the module with high-frequency excitation of the plastics material into the cutout. a. a slab body having at least one cutout, b. a module arranged in the at least one cutout, wherein the module extends in a planar manner along a module plane, and c. at least one planar cover element which is oriented along the module plane and which is translucent at least in portions for protecting the at least one module, d. wherein the at least one module is surrounded by the slab body and the at least one cover element at least in a liquid-tight manner, e. the module comprising i. at least one planar photovoltaic layer oriented along the module plane for generating electrical energy, ii. at least one planar luminescent layer oriented along the module plane for illuminating surroundings of the module, and iii. at least one support element which extends in a planar manner along the module plane and onto which the at least one photovoltaic layer and the at least one luminescent layer are applied by means of screen printing, i. at least one planar photovoltaic layer oriented along the module plane for generating electrical energy, ii. at least one planar luminescent layer oriented along the module plane for illuminating surroundings of the module, and iii. at least one support element which extends in a planar manner along the module plane and onto which the at least one photovoltaic layer and the at least one luminescent layer are applied by means of screen printing, f. wherein the at least one photovoltaic layer and the at least one luminescent layer each comprise a plurality of material layers oriented along the module plane and having material compositions that are different from one another, g. wherein the at least one photovoltaic layer, the at least one luminescent layer, the at least one support element, and the entire module are designed to be flexible, h. providing a planar and flexible support element for the module of the paving slab, i. screen printing the at least one photovoltaic layer and the at least one luminescent layer of the module onto the support element, j. arranging the module in the cutout of the slab body of the paving slab, and k. enclosing the module in the cutout in a liquid-tight manner by means of the cover element of the paving slab, 1. wherein the enclosing of the module includes casting the cover element from a plastics material onto the module with high-frequency excitation of the plastics material into the cutout.