In today's era of digitalization and competitive market environment, organizations are more
focused on manufacturing quality products at optimum cost to capture maximum business as …

Aberrant system oscillations cause electrical network components to malfunction in a
catastrophic way. Additionally, this results in saturation of the ferromagnetic core …

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

Recently, there are increasing interest in studying the ferroresonance phenomenon, due to
the various problems it causes to power quality and the destruction of network parts …

Inductive voltage transformers are the basic components of the switchgear equipment or
electrical substations. This article presents problems related to their operation. Inductive …

Ferroresonance is a non-linear and dangerous resonance phenomenon that can affect
power networks and damage electrical equipment. The ferroresonance phenomenon is …

Electrical network components catastrophically fail as a result of aberrant system
oscillations. Also, consequently leads to saturation in the ferromagnetic core elements …

Maintaining the continuity of electrical power delivery is of utmost importance to customers.
Therefore, maintaining the installation of the electrical network and its parts, especially the …

Abstract Combined Cycle Power Plant (CCPP) Block 1 Muara Karang control system had
performance degradation since 2016-2017. Performance degradation comes from the …

Ferroresonance phenomena lead to damage to electromagnetic measuring voltage
transformers and nearby equipment. Damping devices and antiresonance transformers …