A method for supplying power to a low-voltage load by means of an electronic power supply device, characterized in that the method comprises the following steps: a) the power supply device is adjusted to be able to provide an output current up to a predetermined current peak value to the low-voltage load when required, b) the output current (I L) provided by the electronic power supply device to the low voltage load is monitored to detect an increase of the output current (I L) above a threshold value (I N) lower than the peak current value, c) when an increase in output current (I L) to an increased output current value higher than the threshold value (I N) is detected, the increased output current value is detected and an output current pulse duration (t Pulse) is determined as a function of the increased current value, d) the output current (I L) is provided in the amount of the increased current value for the duration of the determined output current pulse duration (t Pulse), e) after the output current pulse duration (t Pulse) has expired, the output current (I L) is provided at the level of the threshold value (I N), wherein the providing of the output current (I L) at the level of the threshold value (I N) takes place after the expiry of the output current pulse duration (t Pulse) for the duration of a predetermined recovery time (t recover), and in that after the expiry of the recovery time (t recover) the power supply device is again set to be able to provide an output current (I L) up to the predetermined current peak value to the low-voltage load if required, wherein the recovery time (t recover) is determined dependent of the increased output current value. a) the power supply device is adjusted to be able to provide an output current up to a predetermined current peak value to the low-voltage load when required, b) the output current (I L) provided by the electronic power supply device to the low voltage load is monitored to detect an increase of the output current (I L) above a threshold value (I N) lower than the peak current value, c) when an increase in output current (I L) to an increased output current value higher than the threshold value (I N) is detected, the increased output current value is detected and an output current pulse duration (t Pulse) is determined as a function of the increased current value, d) the output current (I L) is provided in the amount of the increased current value for the duration of the determined output current pulse duration (t Pulse), e) after the output current pulse duration (t Pulse) has expired, the output current (I L) is provided at the level of the threshold value (I N), wherein the providing of the output current (I L) at the level of the threshold value (I N) takes place after the expiry of the output current pulse duration (t Pulse) for the duration of a predetermined recovery time (t recover), and in that after the expiry of the recovery time (t recover) the power supply device is again set to be able to provide an output current (I L) up to the predetermined current peak value to the low-voltage load if required, wherein the recovery time (t recover) is determined dependent of the increased output current value. wherein the providing of the output current (I L) at the level of the threshold value (I N) takes place after the expiry of the output current pulse duration (t Pulse) for the duration of a predetermined recovery time (t recover), and in that after the expiry of the recovery time (t recover) the power supply device is again set to be able to provide an output current (I L) up to the predetermined current peak value to the low-voltage load if required, wherein the recovery time (t recover) is determined dependent of the increased output current value.