Method for preparing a vehicle for at least one future journey, wherein the vehicle has at least one electrical energy storage unit with which electrical energy is supplied to at least one electric motor of the vehicle that is configured to drive the vehicle , wherein the vehicle is associated with a system that has at least one electrical charging station and a plurality of servicing stations , wherein the vehicle is further associated with the servicing stations , with which at least one service operation is provided for the vehicle , and wherein the at least one electrical energy storage unit is, during the provision of the at least one service operation, connected to the at least one electrical charging station and is supplied with electrical energy by said at least one electrical charging station , characterised in that a stay of the vehicle within the system is planned in advance, wherein the planning comprises in which order the vehicle is to be assigned to a respective servicing station , wherein the system has at least one electrical transmission module that is configured to connect the at least one electrical charging station to the at least one electrical energy storage unit for transferring the electrical energy, wherein the at least one electrical transmission module is arranged between a plurality of servicing stations and connects a plurality of servicing stations to one another and is in the form of a busbar , wherein at least one service operation is provided to the vehicle by at least one servicing station simultaneously with the carrying out of the charging process, wherein the vehicle has an electrical transmission module in the form of a current collector , wherein, via the at least two electrical transmission modules of the system and of the vehicle that are in electrically conducting contact, energy leaving the charging station is transferred to the at least one electrical energy storage unit , wherein it is possible for the vehicle to move relative to the busbar . at least one service operation is provided for the vehicle , and wherein the at least one electrical energy storage unit is, during the provision of the at least one service operation, connected to the at least one electrical charging station and is supplied with electrical energy by said at least one electrical charging station , characterised in that a stay of the vehicle within the system is planned in advance, wherein the planning comprises in which order the vehicle is to be assigned to a respective servicing station , wherein the system has at least one electrical transmission module that is configured to connect the at least one electrical charging station to the at least one electrical energy storage unit for transferring the electrical energy, wherein the at least one electrical transmission module is arranged between a plurality of servicing stations and connects a plurality of servicing stations to one another and is in the form of a busbar , wherein at least one service operation is provided to the vehicle by at least one servicing station simultaneously with the carrying out of the charging process, wherein the vehicle has an electrical transmission module in the form of a current collector , wherein, via the at least two electrical transmission modules of the system and of the vehicle that are in electrically conducting contact, energy leaving the charging station is transferred to the at least one electrical energy storage unit , wherein it is possible for the vehicle to move relative to the busbar . <EOS>