Abstract: An electrical and/or hybrid motor vehicle device includes a charging device for the charging of an accumulator device. The charging device includes a first charging unit with a connector element for the charging of the accumulator device, which is provided for energy transfer by means of contacts. The charging device also includes a second charging unit with an energy transfer unit for the charging of the accumulator device, which is provided for a contactless energy transfer. The charging device has a charging electronic system, which is provided at least in part as an integral construction with the first and second charging units.

Abstract: An electric and/or hybrid motor vehicle device includes a charge and/or discharge unit, which has a vehicle-side energy transfer unit for touch-free coupling with at least one corresponding external energy transfer unit for charging and/or discharging at least one battery device. The motor vehicle also includes a motor vehicle level-adjustment unit that is provided to adjust at least two different motor vehicle heights. The adjustment unit is provided to adjust a gap between the at least two energy transfer units to a charge level during a charging and/or discharging process.

Abstract: An electric and/or hybrid motor vehicle device includes a charge and/or discharge unit, which has a vehicle-side energy transfer unit for touch-free coupling with at least one corresponding external energy transfer unit for charging and/or discharging at least one battery device. The motor vehicle also includes a motor vehicle level-adjustment unit that is provided to adjust at least two different motor vehicle heights. The adjustment unit is provided to adjust a gap between the at least two energy transfer units to a charge level during a charging and/or discharging process.

Abstract: An electrical and/or hybrid motor vehicle device includes a charging device for the charging of an accumulator device. The charging device includes a first charging unit with a connector element for the charging of the accumulator device, which is provided for energy transfer by means of contacts. The charging device also includes a second charging unit with an energy transfer unit for the charging of the accumulator device, which is provided for a contactless energy transfer. The charging device has a charging electronic system, which is provided at least in part as an integral construction with the first and second charging units.

Abstract: The invention relates to a diagnostic method for self-excited generators, in which a diagnostic decision is made by means of field current monitoring.

Abstract: The invention relates to method for operating a drive system for a motor vehicle comprising an internal combustion engine (1) and an electric machine (6), it being possible to accelerate a driveshaft (4) of the internal combustion engine by means of the electric machine (6), and in the event of an upshift and/or when an upshift is initiated, an idling rotational speed of the driveshaft (4) is increased by the electric machine (6). If a turbocharger is used to increase the charge pressure, an increase in the idling rotational speed by the electric machine can compensate for low efficiency of the turbocharger at low rotational speeds.

Abstract: The present invention discloses a power supply circuit for a motor vehicle electric system having a starter generator (1), a power electronics system (LE), at least one battery (B), at least one dynamic energy accumulator (3) and a DC/DC converter (2). The power supply circuit has a first connection branch which is provided with the DC/DC converter (2) and is connected to a terminal of the dynamic energy accumulator (3) and a second connection branch which is connected to a terminal of the battery (B). Both connection branches can be disconnected from the starter generator (1) by means of controllable switches (S1, S2).