Electrical unit for inductive charging current transmission, which can be mounted stationarily on a floor, having a housing within which at least one electrical coil device for inductive energy transmission is arranged, having an interface which enables electrically conductive contacting of this coil device, wherein the housing having a first housing part and a second housing part, which are fastened to one another by at least one fastening means, and wherein the two housing parts (22, 24) each extending at least along a longitudinal direction and a width direction perpendicular to this longitudinal direction, and with at least one electrical connection device in order to connect the electrical unit to a power supply system, wherein the electrical unit has a receiving device for receiving the coil device and this receiving device is made of a plastic, wherein the electrical unit comprises a ferrite body device (254, 256), and further wherein the ferrite body device (254, 256) comprises several ferrite plate elements arranged inside the housing, the electrical unit has a protective device for protecting the ferrite body device (254, 256), so that the ferrite plate elements are provided with a protective element (262, 264) of the protective device, and further wherein the protective element (262, 264) is a plastic material which at least partially surrounds this ferrite body device and which is elastic in order to dissipate the resulting load and/or prevent deformation of the ferrite body device or individual ferrite plate elements in the event of possible deformations of the housing caused by external forces, wherein the ferrite plate elements also being protected against breakage or splintering of small particles, characterized in that a carrier device made of plastic is arranged inside the housing, wherein the carrier device receiving and carrying the ferrite body device (254, 256) and also the receiving device for receiving the coil device, wherein a carrier plate is further arranged within the housing above the ferrite body device and the coil device, wherein the carrier plate is supported on support webs, wherein the carrier plate transmits loads acting on a surface of the electrical unit directly to the carrier device and thus to a cooling device via the support webs. the electrical unit has a receiving device for receiving the coil device and this receiving device is made of a plastic, wherein the electrical unit comprises a ferrite body device (254, 256), and further wherein the ferrite body device (254, 256) comprises several ferrite plate elements arranged inside the housing, the electrical unit has a protective device for protecting the ferrite body device (254, 256), so that the ferrite plate elements are provided with a protective element (262, 264) of the protective device, and further wherein the protective element (262, 264) is a plastic material which at least partially surrounds this ferrite body device and which is elastic in order to dissipate the resulting load and/or prevent deformation of the ferrite body device or individual ferrite plate elements in the event of possible deformations of the housing caused by external forces, wherein the ferrite plate elements also being protected against breakage or splintering of small particles, characterized in that a carrier device made of plastic is arranged inside the housing, wherein the carrier device receiving and carrying the ferrite body device (254, 256) and also the receiving device for receiving the coil device, wherein a carrier plate is further arranged within the housing above the ferrite body device and the coil device, wherein the carrier plate is supported on support webs, wherein the carrier plate transmits loads acting on a surface of the electrical unit directly to the carrier device and thus to a cooling device via the support webs.