Ultimate Course For Power Factor Correction

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Published 4/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 140.59 MB | Duration: 0h 35m

Improving P.F
[b]What you'll learn[/b]
Definition of power factor
Problems caused by low P.F
Benefits of improving P.F
Methods of improving P.F
[b]Requirements[/b]
Some Electrical enginerring knowledge
[b]Description[/b]
Power factor correction is a vital concept that every electrical engineer should master. This course provides a thorough overview of power factor, its implications on electrical systems, and methods to mitigate low power factor. You will delve into the definition of power factor and understand its impact on circuits and loads. Furthermore, the course examines strategies for improving power factor to avoid penalties imposed by utility companies. Various types of capacitors used for power factor correction are explored, along with the application of synchronous condensers for this purpose.A clear understanding of power factor correction is essential for optimizing electrical efficiency and reducing costs associated with inefficient power usage. By completing this course, electrical engineers will acquire valuable insights and skills to effectively manage power factor issues in electrical systems. They will be equipped to implement corrective measures that ensure smooth operation and compliance with utility regulations. Mastering power factor correction empowers engineers to enhance the performance and reliability of electrical systems, contributing to overall energy efficiency and sustainability. By mastering these methods, you'll gain the skills to optimize electrical systems, reduce energy waste, and ensure smooth operation. This translates to enhanced performance, reliability, and contribution to overall sustainability. Become a power factor correction expert
[b]Overview[/b]
Section 1: PF and its related drawbacks
Lecture 1 Overview
Lecture 2 What's PF?
Lecture 3 Difference between Real, Reactive, and Apparent power
Lecture 4 Effect of inductors and capacitors on voltage waveform
Lecture 5 Utility Company Penalties
Lecture 6 Low PF effect on Transformers
Lecture 7 Low PF and copper losses
Section 2: Methods for correcting PF
Lecture 8 Benefits of Capacitor for PF correction
Lecture 9 Types of Capacitor used in PF correction
Lecture 10 Synchronous Condenser
Electrical Engineering Students,Electrical Engineers
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