This study presents a comprehensive investigation of ferroresonance, a dangerous electrical
phenomenon that poses significant financial risks. Using real electrical transmission line …

This study presents a novel DC reactor‐based ferroresonance and fault current limiter
(DRFFCL) for stabilising ferroresonance oscillations of potential transformer (PT) in 33 kV …

Power systems are subjected to various types of faults as well as ferroresonance
overvoltages. These results in the interruption of the normal operation of the power grid …

This paper addresses the problem of modeling the nonlinear coil used for ferroresonant
circuit analysis. The effect of ferroresonance is described and a general modeling approach …

This study employs a novel smart solid state ferroresonance limiter (SSFL) for stabilising the
chaotic behaviour of a voltage transformer (VT). It is shownthat the ferroresonance …

This paper proposes a smart dual function series resonance ferroresonance overvoltage
and fault current limiter (SRFFCL) for distribution networks. The studied network has …

Ferroresonance is a common and complex phenomenon in power systems. Some types of
ferroresonances are remarkably difficult to distinguish from others. This study adopts non …

This paper presents possibilities offered by a diagnostic system called FeD. The system is
completely original; it has been developed by the authors on the basis of Arduino platform …

Ferroresonance, which is a common phenomenon in power systems, have threatened the
security of power systems for a long time. Although several ferroresonance suppression …

The article presents the results of the computations performed for a ferroresonant circuit.
Two models for the coil with a ferromagnetic core were used in the simulations. The …