Power Engineering: Power System Analysis

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Power Engineering: Power System Analysis

Level: Intermediate
Modules: 69 Modules
Duration: 9 hours, 45 minutes
Students: 267

Overview

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Kickstart your career & boost your employability by helping you discover your skills, talents and interests with our special Power Engineering: Power System Analysis Course. You’ll create a pathway to your ideal job as this course is designed to uplift your career in the relevant industry. It provides professional training that employers are looking for in today’s workplaces.

The Power Engineering: Power System Analysis Course is one of the most prestigious training offered at StudyHub and is highly valued by employers for good reason. This Power Engineering: Power System Analysis Course has been designed by industry experts to provide our learners with the best learning experience possible to increase their understanding of their chosen field.

This Power Engineering: Power System Analysis Course, like every one of Study Hub’s courses, is meticulously developed and well researched. Every one of the topics is divided into elementary modules, allowing our students to grasp each lesson quickly.

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Certification

After studying the course materials of the Power Engineering: Power System Analysis there will be a written assignment test which you can take either during or at the end of the course. After successfully passing the test you will be able to claim the pdf certificate for £5.99. Original Hard Copy certificates need to be ordered at an additional cost of £9.60.

Who is this course for?

This Power Engineering: Power System Analysis course is ideal for

Students
Recent graduates
Job Seekers
Anyone interested in this topic
People already working in the relevant fields and want to polish their knowledge and skill.

Prerequisites

This Power Engineering: Power System Analysis does not require you to have any prior qualifications or experience. You can just enrol and start learning.This Power Engineering: Power System Analysis was made by professionals and it is compatible with all PC’s, Mac’s, tablets and smartphones. You will be able to access the course from anywhere at any time as long as you have a good enough internet connection.

Career path

As this course comes with multiple courses included as bonus, you will be able to pursue multiple occupations. This Power Engineering: Power System Analysis is a great way for you to gain multiple skills from the comfort of your home.

Course Curriculum

Power Engineering: Power System Analysis – Part 1
Power in Single-Phase AC Circuits
	Review of Single-Phase Power for Power System Analysis	00:13:00
	Example – Single-Phase Power Systems	00:06:00
	Complex Power and the Power Triangle – Fundamental Concepts in Power Systems	00:09:00
	Example – Complex Power in Power Systems	00:10:00
	Complex Power Flow in Power Systems	00:16:00
	Example – Complex Power Flow in Power Systems	00:13:00
Power in Three-Phase AC Circuits
	Balanced Three-Phase Circuits in Power Systems	00:08:00
	Wye-Connected Loads in Power Systems	00:13:00
	Example – Wye-Connected Loads in Power Systems	00:10:00
	Delta-Connected Loads in Power Systems	00:10:00
	Example – Delta-Connected Loads in Power Systems	00:09:00
	Delta-Wye Transformation of Power System Loads	00:10:00
	Example – Delta-Wye Transformation of Power System Loads	00:13:00
	Balanced Three-Phase Power in Power Systems	00:11:00
	Per-Phase Analysis of Power Systems	00:04:00
	Example – Per-Phase Analysis of Power Systems	00:11:00
Power Engineering: Power System Analysis – Part 2
Generator Models in Power System Analysis
	The Synchronous Generator and its use in Power Systems	00:13:00
	Circuit Model	00:05:00
	Voltage Regulation	00:04:00
	The Power Angle	00:10:00
	Example – Generator Circuit Model	00:06:00
	Example – Generator Voltage Regulation	00:03:00
	Example – Generator Output Power	00:05:00
Transformer Models in Power System Analysis
	The Power Transformer and its use in Power Systems	00:05:00
	Exact Equivalent Circuit	00:11:00
	Exact Equivalent Circuit Referred to the Primary Side	00:08:00
	Approximate Equivalent Circuit Referred to the Primary Side	00:06:00
	Approximate Equivalent Circuit Referred to the Secondary Side	00:03:00
	Simplified Equivalent Circuit Referred to the Primary Side	00:04:00
	Simplified Equivalent Circuit Referred to the Secondary Side	00:03:00
The Per-Unit System in Power System Analysis
	Introduction to the Per-Unit System and its use in Power System Analysis	00:07:00
	Example – Per-Unit Calculations	00:05:00
Transmission Line Models in Power System Analysis
	Introduction to Transmission Lines and Their Use in Power Systems	00:04:00
	The Short Length Transmission Line Model	00:10:00
	Example – Short Line Models	00:11:00
Power Engineering: Power System Analysis – Part 3
Power Flow (Load Flow) Analysis in Power Systems
	Introduction to Power Flow Analysis in Power Systems	00:04:00
	The Bus Admittance Matrix of a Power System	00:20:00
	Example – Calculating the Bus Admittance Matrix of a Power System	00:09:00
	Power Flow (Load Flow) Studies in Power Systems	00:11:00
	The Power Flow Equation	00:07:00
	The Gauss-Seidel Power Flow Method – Part 1	00:15:00
	The Gauss-Seidel Power Flow Method – Part 2	00:14:00
	Example – Gauss-Seidel Power Flow Method – Part 1	00:17:00
	Example – Gauss-Seidel Power Flow Method – Part 2	00:13:00
	Example – Gauss-Seidel Power Flow Method – Part 3	00:11:00
	Example – Gauss-Seidel Power Flow Method – Part 4	00:10:00
	Example – Gauss-Seidel Power Flow Method – Part 5	00:08:00
	Example – Gauss-Seidel Power Flow Method – Part 6	00:18:00
Short Circuit Analysis of Balanced Faults in Power Systems
	Introduction to Short Circuit Analysis of Power Systems	00:06:00
	Balanced (Three-Phase) Faults in Power Systems	00:07:00
Short Circuit Analysis of Unbalanced Faults in Power Systems
	Introduction to Symmetrical Components and its use in Power Engineering	00:15:00
	Positive, Negative, and Zero Sequence Voltages in Power Systems	00:07:00
	Positive, Negative, and Zero Sequence Currents in Power Systems	00:06:00
	Positive, Negative, and Zero Sequence Impedances in Power Systems	00:09:00
Power Engineering: Power System Analysis – Part 4
Power Engineering: Power System Analysis - Part 4
	Definition of Transient Stability of Power Systems	00:04:00
	Definition of Steady-State Stability of Power Systems	00:02:00
	Definition of Transient Stability of Power Systems	00:04:00
	The Swing Equation in Power Systems	00:18:00
	Synchronous Machine Reactances During Transients	00:10:00
	The Power Angle Curve	00:08:00
Steady-State Stability of Power Systems
	Synchronizing Power	00:15:00
	Natural Frequency of Oscillation	00:07:00
	Damping Power	00:03:00
	Damping Ratio	00:05:00
	Damped Frequency of Oscillation	00:05:00
	Rotor Angles During Transients	00:03:00
	Frequency During Transients	00:02:00
	Response Time Constant and Settling Time	00:03:00
Assignment
	Assignment – Power Engineering: Power System Analysis	00:00:00