symmetrical-and-unsymmetrical-faults-explained

Symmetrical & Unsymmetrical Faults

Two common types of faults encountered in power systems are symmetrical and unsymmetrical, each with distinct characteristics and implications for system operation and protection. When … Read more

symmetrical-components-explained

Symmetrical Components

The method of symmetrical components simplifies the analysis of unbalanced three-phase power systems under normal and abnormal conditions. This method simplifies the problems of unbalanced … Read more

sequence-impedance-explained

Sequence Impedance

The sequence impedance of a power system is crucial in understanding how the system behaves under asymmetrical fault conditions. The system’s performance can be determined … Read more

phase-sequence-explained

Phase Sequence

Definition: The phase sequence in a three-phase system shows the order of voltages attaining their peak or maximum value. The three phases in the 3-phase … Read more

coefficient-of-coupling-explained

Coefficient Of Coupling

Definition: The coefficient of coupling, denoted by (k), represents the proportion of magnetic flux generated by the current in one coil that interlinks with the … Read more

skin-effect-explained

Skin Effect

Definition: The skin effect is a phenomenon in which alternating current (AC) does not uniformly distribute over the surface of the conductor, and it is … Read more

inrush-current-explained

Inrush Current

Inrush current is the peak or maximum current that an electrical circuit draws when turned on. It can last for 3 to 10 cycles of … Read more

Series-magnetic-circuit-explained

Series Magnetic Circuit

Definition: The Series Magnetic Circuit consists of various parts made of different magnetic materials and with varying sizes that carry the same magnetic field. Before understanding … Read more