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Fundamental Concepts of Electricity

Learners: 33

Instructor: /

Duration:

The "Fundamental Concepts of Electricity" course explores essential concepts in electricity supply systems using analysis, real-life examples, and experimental demonstrations. The course emphasizes the connection between theory, practical experiments, and real-world applications. It revisits fundamental topics that have gained significance due to recent developments affecting the structure, operation, and control of power systems. Covered subjects include transient and steady-state behavior of electrical components, modeling considerations for electrical elements, three-phase connections, neutral and grounding, protection and switching. The course also delves into power generation control, power conditioning with power electronics converters, electrical waveform components, power quality, transmission lines/transformers, large power grids, frequency, voltage control, and modern power system developments like renewable energy, wide-area measurement systems, and high-power applications utilizing power electronics.▼▲

Course Feature Course Overview Course Provider

Go to class

Course Feature

Cost:

Free

Provider:

Swayam

Certificate:

Paid Certification

Language:

English

Start Date:

30th Nov, 2020

Course Overview

❗The content presented here is sourced directly from Swayam platform. For comprehensive course details, including enrollment information, simply click on the 'Go to class' link on our website.

Updated in [July 27th, 2023]

The "Fundamental Concepts of Electricity" course provides a comprehensive understanding of electricity supply systems with a focus on theory, real-life examples, and experimental demonstrations. It aims to establish a connection between theoretical knowledge, practical applications, and experimental insights. The course revisits basic topics that have gained renewed importance in light of recent developments affecting power systems' structure, operation, and control. Key subjects covered include transient and steady-state behaviors of electrical components, modeling considerations for electrical elements, three-phase connections, neutral and grounding, protection, and switching. Additionally, the course explores power generation control, power conditioning using power electronics converters, electrical waveform components, power quality, transmission lines/transformers, large power grids, frequency, voltage control, and modern power system developments, such as renewable energy systems, wide-area measurement systems, and power electronics applications in high-power scenarios. Prerequisites for the course include prior knowledge of electromagnetism, electrical circuits, transformers, electromechanical conversion, and electrical power systems.