Determining Fault Level in Electrical Network

Introduction In a previous article, we discussed the various types of faults encountered in an electrical distribution network. In this article, we focus on one of the most severe types — the short-circuit fault. For the smooth and reliable operation of any electrical distribution system, it is essential to provide adequate protection against abnormal conditions. … Read more

Protection for Electrical Distribution System: Ensuring Safety and Reliability

Introduction In today’s heavily mechanised and digitised world, electricity forms the foundation of modern living. From homes and offices to large-scale industries and infrastructure like highways, railways, airports, and ports—every function relies on a stable, uninterrupted power supply. At the heart of this dependency lies the electrical distribution system, which ensures the delivery of power … Read more

Understanding Corrosion Categories and the Industrial Painting Process

Introduction In another article, “Sheet Metal Enclosures for Electrical Switchboards: A Cornerstone of Electrical Safety and Reliability” we discussed the importance of sheet metal enclosures for electrical switchgear assemblies. We have also discussed the type of metal enclosures. We all know that all metals are prone to environmental degradation, and painting is one of the … Read more

Sheet Metal Enclosures for Electrical Switchboards: A Cornerstone of Electrical Safety and Reliability

Introdcuction In the world of electrical systems, sheet metal enclosures play a vital role in ensuring the safety, reliability, and efficiency of electrical switchboards. These are not just protective enclosures, rather they do more than that. They are engineered structures designed to withstand environmental challenges, prevent electrical hazards, and provide seamless integration of switchgear & … Read more

Smart Grid Technologies

Introduction Electrical power distribution networks, which include generation, transmission, and distribution, are often referred to as electrical grids. These grids have been the backbone of the world’s electricity supply since the late 19th century. Initially, the operating principles of these electrical grids were simple: generate electricity and send it to users, such as homes and … Read more

Basics of High Voltage Switchboards

Introduction: High voltage switchboards are specialized electrical distribution equipment designed to handle higher voltage levels than standard switchboards. They are commonly used in industrial & commercial facilities, power plants, substations, and other applications where high-voltage electrical power connections are sanctioned by the local utility. Let us start with what is the relevant national and international … Read more

Internal Arc Fault in MV Switchgear

Background Internal Arc Faults can occur in low-voltage as well as medium-voltage switchgear panels. However, we have chosen to discuss the internal arc fault phenomenon in medium-voltage switchgear and its impact on human safety because of its severity in the latter case. What is an Internal Arc Fault? Very important to understand what this phenomenon … Read more

Power Factor Correction Guidelines

Introduction We have learned the fundamentals of Power Quality in our earlier article “Power Quality Basics”. We have also learned the importance of good Power Quality on Low Voltage distribution networks along with some basic calculations. Now we will go a little deeper and understand the implementation of power quality improvement methods. Power factor is … Read more

Sandwich Busway System

Introduction A Sandwich Busway System is a means to transfer electrical power from one equipment to another equipment in a low-voltage electrical network. The other ways to transfer electrical power in an electrical network are bare or insulated solid conductors and cables. Here our topic of discussion is Sandwich Busways, its construction, and its advantages … Read more

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