Abstract: An electric drive for a vehicle includes a stator including a stator winding and a stator core having a longitudinal axis and opposing axial first and second face sides, the stator winding forming a first winding head at the first face side and a second winding head at the second face side. A housing has an interior that forms a stator accommodation space and a radial stop, which delimits the stator accommodation space axially. A spacer is attached to the first face side at a radial position more outward than the first winding head and abutting against the stop.

Abstract: A busbar assembly includes at least two busbars each having a current flow direction and a cross-sectional area with regard to the current flow direction, the cross-sectional area having opposing first and second long sides and two opposing small sides, each busbar having a through-hole extending from the first long side to the second long side. An insulating body surrounding the long sides and the small sides of each busbar along a part of the current flow direction and forming an opening for each busbar on the first long side so as to allow access to the through-hole. The insulating body forms a collar extending away from the first long side and surrounding the openings.

Abstract: An electrical machine system includes an electrical machine, an inverter, and a wall with a hole. The electrical machine and the inverter extend respectively on two sides of the wall. Several busbars connect the electrical machine and the inverter, at least one of the busbars includes a first portion extending on the side of the electrical machine, a second portion extending on the side of the inverter, and a rigid central portion connecting the first and second portions, the central portion going through the hole of the wall. At least one of the first portion and the second portion includes a braided portion and a sealing device between the wall and the central portion of the busbar.

Abstract: A bearing cover (10) has a bearing receiving space (18) for a bearing (9) and has a fastening region (17) for fastening the bearing cover (10) to a housing body (7). The bearing receiving space (18) of the bearing cover (10) is decoupled electrically from the fastening region (17) of the bearing cover (10) to prevent an undesired flow of electric current across the bearing (9).

Abstract: A bearing cover (10) has a bearing receiving space (18) for a bearing (9) and has a fastening region (17) for fastening the bearing cover (10) to a housing body (7). The bearing receiving space (18) of the bearing cover (10) is decoupled electrically from the fastening region (17) of the bearing cover (10) to prevent an undesired flow of electric current across the bearing (9).