Power System

Radial distribution is the simplest and cheapest system but has poor reliability; ring main distribution costs more but delivers continuous supply.

The power system has grown a fourth pillar beyond generation, transmission, and distribution: energy storage, driven by the shift to renewables.

STATCOM uses a voltage source converter to generate its own voltage, while SVC depends on grid voltage, making STATCOM faster and more resilient.

A STATCOM is a fast-acting power electronic device that stabilizes grid voltage within two cycles by injecting or absorbing reactive power dynamically.

The corona effect ionizes air around high voltage conductors, causing power loss, radio interference, and equipment degradation, with proven fixes.

A substation needs 5 key electrical clearances: phase-to-phase, phase-to-earth, phase-to-ground, safety distance vertical, and safety distance horizontal.

Earthing systems are classified as TN-C, TT, TN-C-S, TN-S, and IT, each offering a different balance of safety, fault clearing speed, and installation cost.

Learn how BESS parameters like SOC, SOH, and C-rate affect battery systems and why they matter in real-world applications.

Unbalanced 3-phase loads shorten equipment life and reduce safety and power quality. Learn the five key problems they cause.

Understanding Power System Stability becomes easy with a car analogy. The article explains stability meaning, importance, and types in simple terms.

This article explains thermal runaway and how a single failing cell can cause battery storage fires that burn for days.

This guide explains how transformers control voltage by changing their turns ratio. Learn the difference between off-load and on-load tap changing methods.

Generator voltage control seems complex, but it follows a simple idea. Learn how excitation adjusts the magnetic field to keep voltage steady.

Gain confidence in BESS with a structured course that teaches system basics, key parts, chemistry, safety, and project case studies in simple steps.

Voltage control is vital for grid safety and stability. Here’s a simple guide to why it matters and how reactive power shapes voltage levels.

Grid-scale energy storage is transforming how we manage renewables. Dive into five technologies shaping the next generation of sustainable power systems.

Learn about different faults in power systems, including open circuit, symmetrical, and asymmetrical faults, their causes, and effects on power stability.

Learn how a Static VAR Compensator manages reactive power, prevents voltage rise or drop, and keeps power systems reliable.

SCADA lets operators control substations remotely using sensors, RTUs and communication systems, for faster fault detection and safer operation.

The self healing power grid depends on RTUs. They connect field devices with SCADA, enabling automation and instant recovery.

BESS components explained: battery modules, safety systems, step-up transformers and the other subsystems of a grid-ready storage system.

Skin effect makes AC flow mostly on a conductor’s surface, raising resistance and losses. Learn its causes, impacts, and ways to reduce it.

Battery energy storage systems (BESS) store excess renewable energy, balance supply and demand and help stabilize the power grid.

Surge impedance loading (SIL) explained: how it balances voltage on long lines, when it applies and why grids use SVCs for changing loads.

Feeder segregation separates power supply for agricultural and non-agricultural use, improving reliability, reducing outages, and enabling smart distribution.

Shunt reactors are key to controlling voltage rise in long transmission lines. Learn how they counter the Ferranti Effect and ensure system stability.

The Ferranti effect: why voltage rises instead of dropping on lightly loaded transmission lines, and why engineers need to understand it.

An electric power system is a comprehensive network involving the generation, transmission, and distribution of electricity.

Phase sequence decides, if we can connect one 3 phase system parallel with another or not. And hence, it is very important to understand what is phase sequence.

In this video, we’ll learn in detail about star and delta connection. Star and delta connection are very common in 3 phase system.

Understand the difference between Three (3) phase balanced and unbalanced system or load. Concept of three phase balanced load and unbalanced load, explanied.

Difference between 1 phase power & 3 phase power. Why 3 phase power is preferred over 1 phase power? Answers in the tutorial.