This course covers the definition of reactive power and power factor, followed by the answer to why and how such phenomenon should be compensated. 4 lessons in 1h 27m total course length.

Learn how to implement protective relay logic and how to build logic schemes of enable/disable switches, permissive tripping, overcurrent blocking, breaker failure, and automatic reclosing. The course consists of 13 lessons in 2h 16m total length.

Learn in detail Restricted Earth Fault (REF) protection and its installation, connections & schematics (for transformer, motor, generator, shunt reactor and autotransformer), calculations and protection requirements. An example of a real REF relay is included. 19 lessons in 3h 14 min.

The course provides detailed presentations of steady-state performance and stability analysis of electric power systems. The handled problems cover the effects of various controllers and conditions on the performance and stability of power systems. The course consists in 8 lectures and 5h 16m total length.

Learn how Surge Protective Devices (SPDs) work, how to make the right SPD selection and how to design the whole surge protective system. In-depth knowledge and practical insights on safeguarding electrical systems from transient overvoltages. The course consists of 18 lectures and 3 hours 8 min. total duration.

Learn how to use the method of symmetrical components to simplify asymmetrical three-phase power analysis and understand fault studies and protection schemes. 7 lessons in 1h 30m total course length.

Learn how to use symmetrical components - a very important mathematical technique used in power system protection and control for the easier analysis of power system faults. 25 lectures in 2h 48m total course length.

This course is one of the essential courses for electrical engineers. It explains the theory behind capacitor banks, their series and parallel connections, protection and much more. The course is based on the use of capacitor banks in the field. 8 lessons in 1 hour 41 min.

This course introduces the fundamental concepts of electrical direct current (DC) circuits (Ohm’s Law, Kirchhoff's Laws, Series and Parallel Circuits, etc.) and the most common practice problems students face during studying. 12 sections in 4h 40min total course length.

Learn about three-phase asynchronous motors, starting curve and importance of the motor smooth start, soft starter features and wiring diagrams. 5 lessons in 53m total course length.

Learn power system protection and control concepts, protection schemes and relays, primary & secondary equipment, and electrical wiring with practical examples. 85 lectures in 9h 11m total course length.

The fundamentals of rotating electrical machines: AC & DC electric motors and generators intended both for the novice as well as a review for those who have previously studied the subject matter. 8 lectures in 7h 29m total course length.

This course tackles the most important aspects of a power substation (basic theory, electrical equipment, earthing, and design guidelines). It consists of 3 lessons, 29 topics in 5h 01m total course duration.

This course presents an introduction to IoT in the smart grid with a view toward the smart grid framework and road maps for future smart grids. The course consists of 3 lectures and 1h 37min. total length.

Learn how to analyse and troubleshoot transformer differential protection schematics, relay setting calculations and trip characteristics. Study transformer winding connections from vector diagram and drawing relay settings calculations curve. 22 lessons in 3h 53m total course length.

Learn all kinds of transformer you can find in various electrical networks, their design, where they are applied, how they are protected, and how to test and perform diagnostics. The course consists of 17 lessons and 163 topics. It takes 26 hours and 18 minutes in total duration.

Transmission and Distribution Line Infrastructure Fundamentals is a comprehensive video course where you can learn industry-specific knowledge pertaining to the T&D infrastructure as well as how it is designed.

Learn to design electrical drawings using AutoCAD, DiaLUX, and ETAP software, as well as to perform voltage drop calculation and short-circuit analysis. 64 lectures in 8h 5m total course length.

Learn the fundamentals of electric circuits from scratch with dozens of examples for electrical engineering students. This course consists of 134 lectures and over 10h total length.

This course is dedicated to power engineers interested in learning power system reliability concepts. You will learn how to calculate different reliability indices for multiple hierarchical tiers of power systems. The course consists in 7 lectures and 4h 6m total duration.

Learn how to calculate voltage drop in single phase, balanced and unbalanced three-phase power systems and to analyze short-circuit currents. 18 lessons in 5h 16m total course length.