Method for detecting settable scheduling parameters for producing a time schedule for automatically charging an electrical energy store in a vehicle , in which at least two charging modes are defined for the energy store , specifically an immediate charging mode in which the charging operation begins immediately following connection of the energy store to a charging device , and a programmed charging mode in which the beginning of the charging operation is determined by the time schedule, data relating to the energy content of the energy store and a charging current that can be provided by a charging device are detected, graphics data of a graphical user interface having a plurality of graphical objects are produced and simultaneously displayed, wherein a first graphical object comprises a graphical element that is universal for all charging modes of the energy store , depicts a time scale, and on which further graphical objects are arranged, a second graphical object is assigned to the start and end time of the scheduled charging operation, and a third graphical object is assigned to the charging current, settable scheduling parameters are detected as user inputs for automatically charging the electrical energy store , wherein settable scheduling parameters that are assigned to graphical objects are changed directly through an operating action by means of the graphical user interface, and the time schedule for automatically charging the energy store is produced on the basis of the detected data and the settable scheduling parameters, wherein a latest connection time at which the vehicle has to be connected to a charging device to achieve a target energy content by the scheduled end time is determined, a reminder time is determined, and a reminder message is output if the vehicle is not connected to a charging device upon reaching the reminder time. at least two charging modes are defined for the energy store , specifically an immediate charging mode in which the charging operation begins immediately following connection of the energy store to a charging device , and a programmed charging mode in which the beginning of the charging operation is determined by the time schedule, data relating to the energy content of the energy store and a charging current that can be provided by a charging device are detected, graphics data of a graphical user interface having a plurality of graphical objects are produced and simultaneously displayed, wherein a first graphical object comprises a graphical element that is universal for all charging modes of the energy store , depicts a time scale, and on which further graphical objects are arranged, a second graphical object is assigned to the start and end time of the scheduled charging operation, and a third graphical object is assigned to the charging current, settable scheduling parameters are detected as user inputs for automatically charging the electrical energy store , wherein settable scheduling parameters that are assigned to graphical objects are changed directly through an operating action by means of the graphical user interface, and the time schedule for automatically charging the energy store is produced on the basis of the detected data and the settable scheduling parameters, wherein a latest connection time at which the vehicle has to be connected to a charging device to achieve a target energy content by the scheduled end time is determined, a reminder time is determined, and a reminder message is output if the vehicle is not connected to a charging device upon reaching the reminder time. <EOS>