What you'll learn:
- How to install and set up PSCAD
- Basics of navigating and using the PSCAD interface
- How to build simple power system models from scratch
- How to simulate transmission lines
- How to model and analyze electrical cables (single-core and multi-core)
- How transformers behave during energization (inrush current)
- How to perform fault analysis in power systems (especially 3-phase faults)
- How to generate and interpret voltage and current waveforms
- How to understand basic power system behavior (voltage, current, power flow)
- How to analyze sending-end and receiving-end voltages
Exploring PSCAD – Power System Simulation Made Easy
Learn how to use PSCAD, one of the most powerful tools for power system simulation and analysis, in a simple and practical way.
This course will help you understand how electrical power systems behave during normal operation and faults using easy-to-follow simulations.
Whether you are a student or an engineer, this course will help you build real simulation skills that are used in the power industry.
What You Will Learn
By the end of this course, you will be able to:
Install and use PSCAD step by step
Build basic power system models
Simulate transmission lines and cables
Analyze faults in power systems
Understand transformers and inrush current
Generate and study waveforms
Learn basic concepts like voltage, current, and power behavior in systems
Learn by Doing
This is a practical course, not just theory.
You will work on simple simulations like:
Three-phase fault studies
Transmission line modeling
Cable system simulations
Transformer energization
Voltage and current waveform analysis
Each topic is explained in a clear and step-by-step way.
Who This Course is For
Electrical engineering students
Graduate engineers entering the power industry
Engineers who want to learn PSCAD from scratch
Anyone interested in power system simulation
No prior PSCAD experience is needed.
Start Learning Today
By the end of this course, you will be able to build and run basic power system simulations using PSCAD and understand how real power systems behave.
