A switchgear arrangement comprising: at least two input feeders (F1, F2) and an output feeder, a first and a second switchgear (SWG1, SWG2), the first switchgear comprises a first link connected to a first input feeder, the second switchgear comprises a circuit breaker and a second link, where the second link is connected to a second input feeder and, via the circuit breaker, to the output feeder, said links and said switchgears each being a power transmission element, a current limiting device having a first side connected to the first link of the first switchgear, and a second side connected to the second link of the second switchgear, a first earthing switch 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 and ensuing activation of the current limiting device, said fault causing a first fault current to run via the first input feeder and the first link through the current limiting device to the faulty output feeder and a second fault current to run via the second input feeder and the second link to the faulty output feeder so that a combined fault current runs through the circuit breaker of the faulty output feeder, 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 in case the operation of the current limiting device is deemed to be non-satisfactory thereby lowering the current through the circuit breaker of the output feeder to a level where said circuit breaker may be opened. at least two input feeders (F1, F2) and an output feeder, a first and a second switchgear (SWG1, SWG2), the first switchgear comprises a first link connected to a first input feeder, the second switchgear comprises a circuit breaker and a second link, where the second link is connected to a second input feeder and, via the circuit breaker, to the output feeder, said links and said switchgears each being a power transmission element, a current limiting device having a first side connected to the first link of the first switchgear, and a second side connected to the second link of the second switchgear, a first earthing switch 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 and ensuing activation of the current limiting device, said fault causing a first fault current to run via the first input feeder and the first link through the current limiting device to the faulty output feeder and a second fault current to run via the second input feeder and the second link to the faulty output feeder so that a combined fault current runs through the circuit breaker of the faulty output feeder, 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 in case the operation of the current limiting device is deemed to be non-satisfactory thereby lowering the current through the circuit breaker of the output feeder to a level where said circuit breaker may be opened.