Winding method for a stator winding of a stator of an electric machine, - wherein the stator has a number of stator teeth, which, extending from a connecting structure circulating around the central axis at a radial distance (r) from a central axis of the stator, project radially outwards, - wherein coil carriers (5a to 5c) are attached to the stator teeth from radially outside, characterised in that - a number of interconnect devices (9a to 9c) are attached one after the other to an axial end of the connecting structure, so that the interconnect devices (9a to 9c) form a sequence when viewed in the direction of the central axis of the stator, - wherein after attaching each individual interconnect device (9a to 9c) for each one phase of the stator winding, a respective conductor wire (10a to 10c) is wound consecutively on coil carriers (5a to 5c) assigned to the respective phase, so that the respective conductor wire (10a to 10c) wound on the respective coil carrier (5a to 5c) forms respective coils (11a to 11c) of the stator winding, - wherein after winding each one of the coil carriers (5a to 5c) assigned to the respective phase, the respective conductor wire (10a to 10c) is guided via the respective interconnect device (9a to 9c) to in each case the next coil carrier (5a to 5c) assigned to the respective phase and - wherein, in respect of the sequence of interconnect devices (9a to 9c), the in each case next interconnect device (9b, 9c) is only attached to the interconnect device (9a, 9b) preceding in each case in the sequence of interconnect devices (9a to 9c) after the complete winding of the coil carrier (5a, 5b) assigned to the respective preceding phase. - wherein the stator has a number of stator teeth, which, extending from a connecting structure circulating around the central axis at a radial distance (r) from a central axis of the stator, project radially outwards, - wherein coil carriers (5a to 5c) are attached to the stator teeth from radially outside, characterised in that - a number of interconnect devices (9a to 9c) are attached one after the other to an axial end of the connecting structure, so that the interconnect devices (9a to 9c) form a sequence when viewed in the direction of the central axis of the stator, - wherein after attaching each individual interconnect device (9a to 9c) for each one phase of the stator winding, a respective conductor wire (10a to 10c) is wound consecutively on coil carriers (5a to 5c) assigned to the respective phase, so that the respective conductor wire (10a to 10c) wound on the respective coil carrier (5a to 5c) forms respective coils (11a to 11c) of the stator winding, - wherein after winding each one of the coil carriers (5a to 5c) assigned to the respective phase, the respective conductor wire (10a to 10c) is guided via the respective interconnect device (9a to 9c) to in each case the next coil carrier (5a to 5c) assigned to the respective phase and - wherein, in respect of the sequence of interconnect devices (9a to 9c), the in each case next interconnect device (9b, 9c) is only attached to the interconnect device (9a, 9b) preceding in each case in the sequence of interconnect devices (9a to 9c) after the complete winding of the coil carrier (5a, 5b) assigned to the respective preceding phase.