NOVELTY - Solar panel (1) comprises a plate-shaped body (5) and at least one solar cell (8), where the plate-shaped body is made of a transparent material, the plate-shaped body has at least one surface (5) for capturing incident light, the solar cell has at least at one side a light-receiving surface and the solar cell is embedded in the transparent material, the light-receiving surface of the solar cell being positioned substantially perpendicularly to the surface for capturing the incident light of the plate-shaped body.    USE - The solar panel is useful for converting solar energy into electrical energy.    ADVANTAGE - The solar panel is highly efficient, improved and effective.    DETAILED DESCRIPTION - Solar panel (1) comprises a plate-shaped body (5) and at least one solar cell (8), where the plate-shaped body is made of a transparent material, the plate-shaped body has at least one surface (5) for capturing incident light, the solar cell has at least at one side a light-receiving surface and the solar cell is embedded in the transparent material, the light-receiving surface of the solar cell being positioned substantially perpendicularly to the surface for capturing the incident light of the plate-shaped body, the number of solar cells being greater than one, and the solar cells being mutually positioned by means of one or more spacers (9), the spacers being embedded in the transparent material, and the solar cells being provided with electrical connections, the connections being accommodated in the spacers embedded in the transparent material. An INDEPENDENT CLAIM is a method for manufacturing the solar panel (1) comprising a plate-shaped body (5) and a number of solar cells greater than the one, where the plate-shaped body is made of a transparent material, the plate-shaped body has at least one surface (5) for catching incident light, the number of solar cells has at least at one side a light-receiving surface; comprising: placing the number of solar cells greater than one in a mold; filling the mold with a liquid precursor of the transparent material, the number of solar cells being embedded; transferring in solid form the precursor to the transparent material, the placing of the number of solar cells in the mold including the positioning of the number of solar cells by means of spacers, and the solar cells being mutually positioned by means of one or more spacers (9), the spacers being embedded in the transparent material, and the solar cells being provided with electrical connections, the connections being accommodated in the spacers embedded in the transparent material.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar panel.    Solar panel (1)    Plate-shaped body (5)    Solar cell (8)