Abstract: The present disclosure relates to a method for power control of a power converter. The method includes determining, based on monitoring at least one electrical parameter of the power converter, a switching frequency of a first control signal; determining, based on the monitoring at least one electrical parameter of the power converter, a first phase angle of the first control signal; and adjusting the switching frequency and the phase of the first control signal based on the determined switching frequency and the first phase angle. The present disclosure also relates to a respective controller and system.

Abstract: The present disclosure relates to a method for power control of a power converter including controlling, with a first signal having a first duty cycle D1, a first active switching component in a switching unit of at least one branch; controlling, with a second signal having a second duty cycle D2, a second active switching component of the switching unit; determining a polarity of a monitored current through at least one inductive component coupled to the at least one branch; and adjusting the first duty cycle D1 and the second duty cycle D2 based on the determined polarity. The present disclosure also relates to a respective controller and system.

Abstract: A method for operating a power electronic converter comprising at least one power semiconductor device is provided. The method comprises the determination of the at least one current limit, by carrying out a first operation if the temperature of the at least one semiconductor device is above an upper temperature threshold in order to decrease the current limit, and by carrying out a second operation if the temperature of the at least one semiconductor device is below a lower temperature threshold in order to increase the current limit.