Robert Boschgmbh

Jochen Kilb

Stefan Aldinger

Viktor Rill

Electrical connection arrangement () for a charging system (), especially for charging a vehicle battery () of a motor vehicle (), comprising a first connecting element () that can be connected to a charging station () and that can establish electrical charging contact with the second connecting element () which is supported on a mobile platform (). At least one heating element () is integrated into the first connecting element and/or into the second connecting element.

Heated connection for charging electric vehicles

A system, comprising a control regulation system, an inverter, a DC link capacitor, which is coupled to input connections of the inverter, at least one control apparatus, which is coupled to semiconductor switches of a half-bridge of the inverter, wherein the control apparatus is configured to actuate the semiconductor switch on the basis of a control signal from the control regulation system, at least one temperature sensor, which is configured to determine a change in temperature of the semiconductor switches in the half-bridge of the inverter, and a voltage sensor, which is configured to determine the voltage at the DC link capacitor is disclosed.

System and method of controlling an inverter based on a calculated capacitance of a DC link capacitor

A method for charging a rechargeable energy store, including: coupling the rechargeable energy store to a power supply line; ascertaining a piece of utilization information regarding a capacity utilization of a tripping load of a circuit breaker coupled to the power supply line; and/or ascertaining a separate piece of charging information regarding a power and/or a time remaining of a separate charging current supplied to another energy store by the power supply line; setting at least one selection variable regarding a time characteristic of a setpoint current intensity of a setpoint charging current supplied by the power supply line to the energy store, in view of the ascertained utilization information and/or the ascertained, separate charging information; and applying a charging current from the power supply line to the energy store in view of the at least one set selection variable. A related charging device and a circuit breaker are described.

Growing community of inventors

Sersheim, Germany

Jochen Kilb