Accuracy classes 0.1, 0.2, 0.2S, and 5P define the precision and reliability of CTs and VTs. Learn their roles in measurement and protection.
read more
Learn about different faults in power systems, including open circuit, symmetrical, and asymmetrical faults, their causes, and effects on power stability.
read more
The SF6 circuit breaker is a reliable solution for handling large fault currents. Explore its working principle, construction, and the role of SF6 gas in extinguishing arcs effectively.
read more
Wondering how a vacuum circuit breaker works? This step-by-step guide explains its working principle, arc extinguishing process, and key components in simple language. Discover why vacuum technology is trusted for reliable and efficient current interruption.
read more
Learn how a Static VAR Compensator manages reactive power, prevents voltage rise or drop, and keeps power systems reliable.
read more
Confused about leading vs lagging power factor? This article breaks down the concepts with clear explanations and calculations for unity, lagging, and leading power factor.
read more
Switchgear interlocks are safety systems that prevent incorrect operations. This beginner’s guide explains their purpose, types, and key examples.
read more
Switchgear is an essential part of any power system, and therefore, it plays a key role in safety. It ensures electricity flows safely and reliably. However, switchgear can develop faults…
read more
SCADA enables operators to control substations remotely with sensors, RTUs, and communication systems. It ensures faster fault detection, safe operations, and seamless automation in power systems.
read more
The self healing power grid depends on RTUs. They connect field devices with SCADA, enabling automation and instant recovery.
read more