A solar cell receiver suitable for reflective solar concentrator modules of the type made up of a transparent cover, wherein the module internally has a plurality of concave mirrors with the focal point located in the transparent cover, and has solar cells; where said solar cell receiver comprises: a main body made up of an electrically conductive material extending along a directrix X-X', where this main body comprises: - a side extension giving rise to a support (1.3) on which there is located a semiconductor configured for operating like a solar cell capable of generating a potential between the surface resting on the conductive support (1.3) and the opposite free surface suitable for receiving light, - a first longitudinal prolongation (1.1) according to directrix X-X', - a second longitudinal prolongation (1.5) according to directrix X-X' extending in the direction opposite the first prolongation (1.1), where this second prolongation (1.5) has a dielectric with a housing (2.1) suitable for receiving and housing at least part of the first prolongation (1.1) of another solar cell receiver and where this second prolongation (1.5) also has a second side extension (1.2), where it is further verified that the solar cell receiver is configured to allow configuring a plurality of receivers arranged in series, given that once they are located in series it is verified that: - the housing (2.1) of the dielectric of a receiver receives the first prolongation (1.1) of the following consecutive receiver, - the second side extension (1.2) is arranged close to the side extension giving rise to a support (1.3) on which there is located the semiconductor configured for operating like a solar cell of the following receiver, and spaced from said support (1.3) so as to not come into electrical contact therewith, - this same second side extension (1.2) allows the electrical connection with the free upper surface of the semiconductor configured for operating like a solar cell for example by means of welding conducting wire. a main body made up of an electrically conductive material extending along a directrix X-X', where this main body comprises: - a side extension giving rise to a support (1.3) on which there is located a semiconductor configured for operating like a solar cell capable of generating a potential between the surface resting on the conductive support (1.3) and the opposite free surface suitable for receiving light, - a first longitudinal prolongation (1.1) according to directrix X-X', - a second longitudinal prolongation (1.5) according to directrix X-X' extending in the direction opposite the first prolongation (1.1), where this second prolongation (1.5) has a dielectric with a housing (2.1) suitable for receiving and housing at least part of the first prolongation (1.1) of another solar cell receiver and where this second prolongation (1.5) also has a second side extension (1.2), - a side extension giving rise to a support (1.3) on which there is located a semiconductor configured for operating like a solar cell capable of generating a potential between the surface resting on the conductive support (1.3) and the opposite free surface suitable for receiving light, - a first longitudinal prolongation (1.1) according to directrix X-X', - a second longitudinal prolongation (1.5) according to directrix X-X' extending in the direction opposite the first prolongation (1.1), where this second prolongation (1.5) has a dielectric with a housing (2.1) suitable for receiving and housing at least part of the first prolongation (1.1) of another solar cell receiver and where this second prolongation (1.5) also has a second side extension (1.2), where it is further verified that the solar cell receiver is configured to allow configuring a plurality of receivers arranged in series, given that once they are located in series it is verified that: - the housing (2.1) of the dielectric of a receiver receives the first prolongation (1.1) of the following consecutive receiver, - the second side extension (1.2) is arranged close to the side extension giving rise to a support (1.3) on which there is located the semiconductor configured for operating like a solar cell of the following receiver, and spaced from said support (1.3) so as to not come into electrical contact therewith, - this same second side extension (1.2) allows the electrical connection with the free upper surface of the semiconductor configured for operating like a solar cell for example by means of welding conducting wire. - the housing (2.1) of the dielectric of a receiver receives the first prolongation (1.1) of the following consecutive receiver, - the second side extension (1.2) is arranged close to the side extension giving rise to a support (1.3) on which there is located the semiconductor configured for operating like a solar cell of the following receiver, and spaced from said support (1.3) so as to not come into electrical contact therewith, - this same second side extension (1.2) allows the electrical connection with the free upper surface of the semiconductor configured for operating like a solar cell for example by means of welding conducting wire.