However these techniques did not identify the fault type, fault direction and the faulty section.
It is independent of source impedance, fault type, fault resistance and mutual coupling between parallel lines.
In this paper a controllable resistive type fault current limiter (CR-FCL) is introduced.
Proposed method is tested with variations in fault type, fault location, fault inception angle, fault resistance, inter-circuit faults, and cross-country faults.
For the type fault signal, a FD filter design typically requires a high fault sensitivity in a low frequency range.
We examined a stability of magnetic shield type fault current limiter (MSFCL) with Bi2223 screen cooled by cryocooler thermally.
The test data obtained from simulation covers all possible states of the SG; namely normal state, internal fault state and external fault state at various conditions such as: fault type, fault location, fault resistance and fault inception angle.
The simulation results obtained using PSCAD/EMTDC and MATLABreveal that the proposed algorithm is highly accurate and independent of fault type, fault location, fault resistance, fault inception angle and pre-fault loading.
This paper presents a novel structure for DC reactor type fault current limiter (DRFCL), which can suppress the fault current in distribution networks.
The presence of AFSC and PFSC, higher system SIR value, fault type, fault location, fault resistance, and fault inception angle have negligible impact on the performance of proposed method.
