A switchgear arrangement comprising: at least two input feeders (F1, F2) and an output feeder (F3), a first and a second switchgear (SWG1, SWG2), the first switchgear (SW1) comprises a first link (BB1) connected to a first input feeder (F1), the second switchgear (SW2) comprises a circuit breaker (CB3) and a second link (BB2), where the second link (BB2) is connected to a second input feeder (F2) and, via the circuit breaker (CB3), to the output feeder (F3), said links and said switchgears each being a power transmission element, a current limiting device having a first side connected to the first link (BB1) of the first switchgear (SWG1), and a second side connected to the second link (BB2) of the second switchgear (SWG2), a first earthing switch (ES1) connected between one of the sides of the current limiting device and ground, and a control unit operative to, upon the detection of a fault on the output feeder (F3) and ensuing activation of the current limiting device , said fault causing a first fault current to run via the first input feeder (F1) and the first link (BB1) through the current limiting device to the faulty output feeder (F3) and a second fault current to run via the second input feeder (F2) and the second link (BB2) to the faulty output feeder (F3) so that a combined fault current runs through the circuit breaker (CB3) of the faulty output feeder (F3), monitor the operation of the current limiting device , determine if the operation of the current limiting device is non-satisfactory, and close the first earthing switch (ES1) in case the operation of the current limiting device is deemed to be non-satisfactory thereby lowering the current through the circuit breaker (CB3) of the output feeder (F3) to a level where said circuit breaker (CB3) may be opened. at least two input feeders (F1, F2) and an output feeder (F3), a first and a second switchgear (SWG1, SWG2), the first switchgear (SW1) comprises a first link (BB1) connected to a first input feeder (F1), the second switchgear (SW2) comprises a circuit breaker (CB3) and a second link (BB2), where the second link (BB2) is connected to a second input feeder (F2) and, via the circuit breaker (CB3), to the output feeder (F3), said links and said switchgears each being a power transmission element, a current limiting device having a first side connected to the first link (BB1) of the first switchgear (SWG1), and a second side connected to the second link (BB2) of the second switchgear (SWG2), a first earthing switch (ES1) connected between one of the sides of the current limiting device and ground, and a control unit operative to, upon the detection of a fault on the output feeder (F3) and ensuing activation of the current limiting device , said fault causing a first fault current to run via the first input feeder (F1) and the first link (BB1) through the current limiting device to the faulty output feeder (F3) and a second fault current to run via the second input feeder (F2) and the second link (BB2) to the faulty output feeder (F3) so that a combined fault current runs through the circuit breaker (CB3) of the faulty output feeder (F3), monitor the operation of the current limiting device , determine if the operation of the current limiting device is non-satisfactory, and close the first earthing switch (ES1) in case the operation of the current limiting device is deemed to be non-satisfactory thereby lowering the current through the circuit breaker (CB3) of the output feeder (F3) to a level where said circuit breaker (CB3) may be opened. <EOS>