Power System Analysis Fundamentals


This course aims to teach you all the fundamentals of Power System Analysis in much detail.

What you will learn

Significance of per unit systems in power system analysis

Understand the tedious formulas of calculating per unit equivalents

Learn the concept behind power factor by phasor diagram

Unlock the techniques to improve power factor

How to decide capacitor size for power factor correction

What does the term “Balanced Power” mean?

Learn important rules for balanced system

Understand the balanced set of phasors

Learn basic power flow equations

Learn steps of newton raphson method

The jacobian matrix

Understand how ybus matrix is derived

Explore the ways to intuitively understand behavior of the types of power

How to accommodate change in base values of components

Description

This course aims to teach you the fundamentals of power system analysis, making tedious calculations in power system studies easy to understand for you. As we all know a power system comprised of heavy equipment needs to be analyzed properly under all operating conditions. In order to make the analysis methodologies easy to calculate and simple, I will teach you how power systems can be simplified more by incorporating per unit systems. Furthermore, you will learn how the tedious formulas of the per-unit system can be used to evaluate power flow study.

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I will also introduce you to the term power factor along with a detailed discussion on the advantages and methods to select the proper size of power factor correction equipment. Then, I will start building your concept from the very basic explanation of balanced three phase power and important principles for balanced system. By the end of this part, you will have a strong idea on the significance of balanced three phase power.

Once you are familiar with the basics of balanced three-phase power, I will introduce you to the power flow concepts including understanding and solving power flow equations using Newton Raphson and Ybus admittance matrix. By the end of this module, you will learn how the power flow equations can be solved easily without any high consumption of time.


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I have been creating high quality video tutorials about Power Systems since 2015 and focus specifically on the fundamentals. It is dedicated to the people who make power and energy work and make sure that Power Systems are safe, reliable, operable, protected and well designed. But it takes time and money to continue delivering high quality video tutorials. My goal is incredibly simple. I want to make Power Systems Intuitive, Open and Free to everyone, everywhere. Your purchase will allow me to keep making valuable technical videos free for those who can’t afford it and keep the doors of knowledge open to everyone. Thank you for supporting me.

See you on the other side. Thank you and take care.

English
language

Content

Welcome to the Course !!

About the Instructor
Quick word from GeneralPAC

Per Unit Analysis

What are Per Unit Systems?
Per Unit Conversion Formulae
Time to test your knowledge !!
Per Unit Equivalent Circuit
Time to test your knowledge !!
Derivation of Per Unit Formulae
Time to test your knowledge !!
Why We Use Per Units
Per Unit Advantages 1
Per Unit Advantages 2
Time to test your knowledge !!
Per Unit Systems Example
Analyzing Advantage of Per Unit Formulae
Time to test your knowledge !!
Change in Base Value
Example for Base Value Conversion
Time to test your knowledge !!

Introduction to the Power Factor

What is Power Factor?
Time to test your knowledge !!
Phasor Diagram for Power Factor
Time to test your knowledge !!
Power Triangle
Time to test your knowledge !!
Leading vs Lagging Power Factor
Time to test your knowledge !!
How to Improve Power Factor?
Time to test your knowledge !!
Calculating Capacitor Size
Time to test your knowledge !!
Is Capacitor Size Optimal?
Time to test your knowledge !!

Principles of Balanced Three Phase Power

Introduction to Balanced System
Time to test your knowledge !!
Introduction to Balanced System
Time to test your knowledge !!

Load Flow Analysis: Power Flow Equations

Common Power Flow Equations
Basics of Power
Power Flow Equations Explanation
Time to test your knowledge !!

Load Flow Analysis: Newton Raphson Power Flow

Newton Raphson Method Introduction
The Jacobian Matrix
Solving for Initial Conditions
Second Iteration
Time to test your knowledge !!

Load Flow Analysis: The Ybus Admittance Matrix

Ybus Admittance Matrix Introduction
Ybus Admittance Matrix Explanation
Ybus Admittance Matrix Example
Time to test your knowledge !!

What’s next?

Our Power Systems Courses
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