Training

ePROT 200: Applied Symmetrical Components

Course Length: 13 Hours (PDHs: 13)

Course Based Fees: $715 *

* Plus Applicable Tax

Description

Symmetrical components knowledge is an essential tool to understanding faults in the power system and how digital protection algorithms work. In ePROT 200, students will learn the fundamentals of symmetrical components, be exposed to theoretical and real-world examples to help them gain experience with the method, and apply that knowledge to analyzing and troubleshooting faults and problems on the power system.

Audience

Utility and industrial engineers and technicians who need to learn about the fundamentals of symmetrical components and how they are used to calculate fault currents and commission protective relays would benefit from this eLearning course.

Agenda

Phasors
Per-Unit System
Fundamentals of Symmetrical Components
Sequence Impedances
Sequence Networks and Fault Calculations
Series Fault Calculation
Sequence Components and Commissioning
Class Exercises

Note: This course teaches fundamental knowledge but does not provide hands-on experience with SEL relays.

Learning Outcomes

At the conclusion of this course, students will be able to:

Define phasors and perform phasor operations.
Convert systems into per-unit quantities.
Identify and define advantages of the per-unit system.
Define short-circuit fault types.
Simplify complex circuits using a Thévenin equivalent circuit.
Identify the zero-, positive-, and negative-sequence components.
Convert between phase and symmetrical component values.
Determine sequence impedances for transformers, generators, and transmission lines.
Connect sequence networks and calculate fault currents for various shunt and series fault types.
Identify symmetrical components for different types of faults.
Calculate voltage and currents for different types of faults.
Identify errors in the CT and VT wiring based on measured symmetrical components.

Student Background and Knowledge

Before you take this eLearning course, we recommend that you have a working knowledge of ac three-phase power systems.

Click here to view our recommended reading on these topics:

Electric circuit analysis
Power systems that cover symmetrical components and fault analysis

Course Preparation

Make sure your laptop has the following features and updated software:

Google Chrome browser

Additional information is on the Course Policies and FAQ pages.