circuit-breaker-explained

Circuit Breaker

A circuit breaker is a type of switch that is designed to interrupt the flow of nominal, abnormal, or fault current. Whenever a high magnitude

types-of-faults-in-power-system-explained

Types of Faults in Power System

This article describes the different types of faults in power system, such as LLL, LL, LG, LLG, and LLLG faults. Faults are defects that cause

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

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

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

full-form-of-acb-in-electrical-is-air-circuit-breaker

Full Form of ACB in Electrical

The full form of ACB in electrical is Air Circuit Breaker. An air circuit breaker is a device used in low-voltage electrical systems, typically 415

types-of-acb-explained

Types of ACB (Air Circuit Breaker)

Industries use 6 types of ACB: pole type, current capacity type, fix or drawout type, breaking capacity type, operation type, and protection type. Types of

ratings-of-circuit-breaker-explained

Circuit Breaker Ratings

The ratings of a circuit breaker are determined based on the duties it is designed to perform. For a comprehensive understanding of the specifications, standard