PSCAD

N610 – PSCAD Training for Protection Engineers

Learn Electromagnetic Transient Simulation and Protection Applications Using PSCAD

Master PSCAD from a protection engineer’s perspective and learn how to simulate faults, analyze relay behavior, evaluate protection schemes, perform fault location studies, and generate COMTRADE files for relay testing.

This practical training package combines PSCAD simulations with real protection engineering applications, helping engineers understand system behavior during faults and validate relay performance under realistic operating conditions.

Course Code: N610
Course Name: PSCAD Training for Protection Engineers
Trainer: Dr. Saeed Roostaee
Language: English
Course Format: Recorded Video Training
Course Creation: February 2019
Last Updated: April 2024
Access: Lifetime Access + Future Updates
Certificate: Included
Technical Support: Included

Course Overview

Protection engineers often rely on simplified calculations and steady-state studies when configuring and testing protection systems. However, understanding the actual transient behavior of power systems during faults requires electromagnetic transient (EMT) simulation.

PSCAD is one of the world’s leading electromagnetic transient simulation tools and is widely used by utilities, consultants, manufacturers, and researchers for:

  • Protection system validation
  • Relay performance analysis
  • Fault studies
  • Renewable energy integration
  • Power electronics applications
  • Transient analysis
  • Fault location studies

This course teaches PSCAD with a strong focus on protection engineering applications and relay testing.

Why Learn PSCAD?

Modern protection engineers increasingly need to:

✔ Understand fault transients

✔ Analyze relay operation during disturbances

✔ Generate realistic fault records

✔ Validate protection settings

✔ Test fault location algorithms

✔ Produce COMTRADE files for relay testing

✔ Investigate protection misoperations

✔ Simulate complex fault scenarios

PSCAD provides a powerful environment to perform these studies accurately and efficiently.

What You Will Learn

By the end of this course, you will be able to:

✔ Create PSCAD projects

✔ Build power system models

✔ Configure transmission lines and transformers

✔ Simulate different fault types

✔ Analyze transient system behavior

✔ Study distance protection applications

✔ Generate and analyze fault records

✔ Create COMTRADE files

✔ Use SIGRA for disturbance analysis

✔ Perform impedance-based fault location studies

✔ Understand single-end and double-end fault location methods

✔ Validate relay performance

✔ Generate realistic relay test signals

✔ Integrate PSCAD results with relay testing platforms

Who Should Attend?

This course is ideal for:

  • Protection Engineers
  • Testing Engineers
  • Commissioning Engineers
  • Power System Engineers
  • Utility Engineers
  • Relay Application Engineers
  • Consultants
  • Research Engineers
  • Graduate Engineers
  • Electrical Engineering Students

Training Structure

Part 1 – PSCAD Fundamentals & Power System Modeling

Duration: 40 Minutes

The course begins with the fundamentals of PSCAD and the development of a simple power system model.

Topics Covered

  • PSCAD introduction
  • Software interface
  • Creating a project
  • Three-phase AC system modeling
  • Power system components
  • Source modeling
  • Transmission line modeling
  • Transformer modeling
  • Load modeling
  • Electrical parameters
  • Simulation settings
  • Results interpretation

By the end of this section, participants will understand how to build and simulate basic power system networks.

Part 2 – Distance Protection Studies

Duration: 41 Minutes

This section demonstrates how PSCAD can be used to study and validate distance protection schemes.

Topics Covered

  • Distance protection principles
  • Fault simulation
  • Impedance measurement
  • Apparent impedance behavior
  • Protection zones
  • Relay operating characteristics
  • Voltage and current signal analysis
  • Distance protection applications
  • Protection performance evaluation

Participants will gain practical insight into how distance relays respond during different fault conditions.

Part 3 – Digital Fault Recorder (DFR) & Disturbance Analysis

Duration: 32 Minutes

Learn how to record, export, and analyze disturbance records generated by PSCAD simulations.

Topics Covered

  • Digital Fault Recorder (DFR)
  • Signal recording
  • COMTRADE file generation
  • Event recording
  • Disturbance records
  • Data export
  • Fault waveform analysis
  • SIGRA software introduction
  • Signal visualization
  • Disturbance investigation

This section is particularly valuable for engineers involved in relay analysis and post-fault investigations.

Part 4 – Relay Study Cases

Duration: 16 Minutes

Practical protection engineering examples demonstrating how PSCAD can be used to evaluate relay behavior.

Topics Covered

  • Protection study cases
  • Relay applications
  • Fault response analysis
  • Protection verification
  • Practical engineering examples

Part 5 – Fault Location Studies & Relay Testing

Duration: 92 Minutes

This chapter focuses on one of the most practical applications of PSCAD for protection engineers: fault location analysis and relay validation.

Topics Covered

Fault Location Fundamentals

  • Impedance-based fault location
  • Fault location principles
  • Line fault analysis
  • Measurement techniques

Single-End Fault Location

  • Theory
  • Calculations
  • Practical implementation

Double-End Fault Location

  • Theory
  • Calculations
  • Practical implementation

Fault Simulation

  • Multiple fault locations
  • Different fault types
  • System behavior analysis

COMTRADE Generation

  • Creating relay test files
  • Exporting fault records
  • Data validation

Relay Testing Workflow

  • Importing COMTRADE files
  • Omicron Test Universe integration
  • Signal playback
  • Secondary injection testing

SEL-421 Relay Testing

  • Fault location validation
  • Distance relay behavior
  • Result verification

This section demonstrates a complete workflow from PSCAD simulation to relay testing and validation.

Bonus Training Included

In addition to the main course, participants receive approximately 5 hours of supplementary training videos covering additional concepts, examples, and practical demonstrations.

These supplementary materials help reinforce the main course content and provide additional learning opportunities.

Recommendation: Watch the supplementary videos before starting the main course to maximize your understanding.

Practical Skills You Will Gain

After completing this course, you will be able to:

  • Simulate faults using PSCAD
  • Study transient system behavior
  • Analyze relay performance
  • Generate COMTRADE files
  • Investigate fault records
  • Validate distance protection functions
  • Perform fault location studies
  • Create realistic relay test scenarios
  • Improve protection system design and troubleshooting

Included Resources

Course Materials

  • PSCAD Project Files
  • Example Simulations
  • Fault Study Cases
  • COMTRADE Examples
  • Training Videos
  • Supplementary Learning Materials

Additional Benefits

✔ Lifetime Access

✔ Future Updates

✔ Certificate of Completion

✔ Technical Support

Why Take This Course?

Designed for Protection Engineers

This is not a generic PSCAD course. The content focuses specifically on protection engineering applications.

Practical Learning Approach

Learn through real-world simulations, fault studies, and relay testing examples.

Unique Protection Focus

Covers fault location, COMTRADE generation, SIGRA analysis, and relay validation workflows rarely addressed in standard PSCAD training.

Bridge the Gap Between Simulation and Field Testing

Learn how PSCAD studies can support commissioning, testing, troubleshooting, and protection system design.

Lifetime Access

Study at your own pace and benefit from future updates.

Certificate of Completion

Participants who complete the training will receive a Certificate of Completion.

Enroll Today

Whether you are working in protection engineering, relay testing, commissioning, power system studies, or research, this course will help you develop the practical PSCAD skills needed to analyze faults, validate protection systems, and improve engineering decision-making.

Lifetime Access • Protection-Focused Training • Relay Testing Applications • Technical Support Included

Learn PSCAD for protection engineering applications. Master fault simulations, distance protection studies, COMTRADE generation, SIGRA analysis, fault location techniques, and relay testing using practical examples and real-world case studies.