📘 Introduction The efficiency and safety of an electrical distribution system greatly depend on the type of cables used. Depending on environmental conditions, voltage levels, and…
Author: madhusmita
📘 Introduction The traditional electrical grid is evolving into a more intelligent, responsive, and resilient system—commonly known as the Smart Grid. In the context of distribution…
📘 Introduction Power factor (PF) is a vital parameter in AC power systems, representing how effectively electrical power is being converted into useful work. In distribution…
📘 Introduction The electrical distribution network is susceptible to faults such as short circuits, overcurrents, and ground faults. To protect equipment and maintain service continuity, protection…
📘 Introduction Voltage drop is a critical issue in electrical distribution systems. It refers to the reduction in voltage as electric current flows through conductors, mainly…
📘 Introduction Distribution transformers are vital components of the electrical distribution system, responsible for stepping down voltage to usable levels for end-users. Since they operate continuously…
INTRODUCTION The prime objective of earthing is to provide a zero-potential surface in, around, and under the area where the electrical equipment is installed. Earthing is…
INTRODUCTION GIS maintenance ensures that all components function effectively, both electrically and mechanically, over time. Maintenance and diagnostic tests are essential to assess the equipment’s condition…
In our sub-stations, there are multiple equipment that perform their function to distribute the power in a good way. In this interesting article, we are going…
Electrical systems have different control mechanisms in various equipment. It has protection, switching, controlling, measuring, and many other devices to perform their function. In this article,…
