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Learn Power System Studies Using PSS®E | Online Course

1-DAY CLASS FOR Power System Studies using PSS®E

Learn Power System Studies using PSS®E – Master Load Flow, Short Circuit, Stability & Grid Compliance Studies with Confidence!

Learn Load Flow, Short Circuit, Stability, and Grid Compliance through practical, hands-on training.

Grab The One Time Deal

Workshop Details

Date

26th July 2026

Time

10:00 AM to 05:00 PM IST

Mode

Online

Language

English

Course Curriculum

Course Curriculum

What You’ll Learn – From Basics to Modelling PSS®E

Session 1: Getting Started with PSS®E

  • Introduction to power system analysis tools
  • Choosing the right tool for the right application
  • Overview of PSS®E and supported file formats (.sld, .raw, .sav, .dyr, .bin)
  • Simple model development using PSS®E

Session 2: Load Flow Analysis

  • Transmission line modelling 
  • Surge Impedance Loading, Ferranti Effect 
  • Power Transfer Capacity: Thermal, Voltage Drop, Stability Limits
  • Shunt and Series Compensation (Shunt Reactors, FSC & TCSC)
  • Generator modelling

Session 3: Case Studies & Advanced Topics

  • Load flow results: Inference, Analysis & Recommendations
  • Common mistakes made in PSS®E
  • Comparison: PSS®E vs ETAP vs DIgSILENT
  • Short Circuit Studies (3-phase & SLG faults)
  • Transient Stability Studies
  • Modeling Renewables – Solar/Wind
  • Case Study: Solar Plant Simulation for Grid Compliance
  • Running Python scripts in PSS®E

What You’ll Learn Inside this PSS®E Course

Introduction to Power System Simulation

  • Understand the role of power system studies in planning and operation
  • Learn the purpose of simulation software and how to choose the right tool
  • Get familiar with the PSS®E interface, file types, and modelling workflow
  • Build a strong base before moving into advanced study applications

Load Flow & Network Modelling

  • Perform and understand load flow studies
  • Model buses, transmission lines, generators, and transformers
  • Learn Base MVA selection, SIL, and Ferranti Effect
  • Understand power transfer limits, voltage profile, and compensation techniques

Short Circuit & Equipment Studies

  • Learn transformer and generator modelling
  • Perform short circuit studies in PSS®E
  • Understand 3-phase and single line-to-ground fault analysis
  • Interpret study results for engineering applications


Stability & Advanced Power System Studies

  • Learn the fundamentals of transient stability studies
  • Understand how study outputs are used in practical system decisions
  • Explore advanced applications and real engineering case studies
  • Learn common pitfalls and best practices in PSS®E modelling

Renewable Modelling & Grid Compliance

  • Model solar and wind plants in PSS®E
  • Understand how simulation supports grid compliance studies
  • Learn through a solar plant case study
  • Connect technical study results to renewable integration requirements


Automation & Practical Application

  • Learn pu conversion and key transmission calculations
  • Understand power transfer capacity concepts
  • Run Python scripts in PSS®E for faster workflows
  • Develop the confidence to apply PSS®E in real-world studies


Gain practical PSS®E modelling and analysis skills, industry-standard study approaches, and hands-on experience to confidently perform power system studies, grid analysis, and renewable integration projects.

Grab The One Time Deal

Is This PSS®E Power System Studies Course Right For You?

This course is designed for engineers and learners who want to build practical capability in power system simulation using PSS®E—from the fundamentals of load flow modelling to advanced short circuit, transient stability, renewable integration, and grid compliance applications.

You’ll benefit the most if you

Gain practical exposure to real-world power system studies and industry-standard workflows.

Perfect for power, transmission, renewable, and consulting engineers building practical skills.

Master load flow, short circuit, and grid integration studies with hands-on engineering practice.

Learn grid compliance, plant modelling, and renewable interconnection study techniques.

Compare PSS®E with ETAP and DIgSILENT for practical power system applications.

Automate power system studies using Python scripting to improve engineering efficiency.

If we haven’t met yet…

Hi, I am Arvind, a Power System Engineer with over a decade of experience in the power system industry.

Specialized in Grid Compliance Studies for renewable energy integration, ensuring compliance with national and international grid codes. Experienced in load flow, short-circuit, dynamic, and power quality studies using PSCAD™ and PSS®E. Skilled in wind and solar plant modeling, supporting developers, OEMs, EPCs, and utilities to deliver reliable, grid-compliant renewable energy solutions.

Er. Arvind

Lead Power System Engineer - PowerProjects

One Time Deal

10000 INR

  • PSSE Basic Modelling

    • Life Time Recording Access
    • Basic Concept
    • Simulation
    • Certificate
Buy Now

Course Overview

Our Expertise in PSS®E Power System Studies

This course is designed to provide a practical and structured learning path for PSS®E-based power system studies. Instead of treating simulation as only a software exercise, the program focuses on the engineering logic behind study selection, model building, result interpretation, and project application.

The course also includes case-based learning, where you will understand how engineers interpret simulation outputs, identify common modelling mistakes, and make technical recommendations

Frequently Asked Questions (FAQ)

Yes. This is a pre-recorded course, so you can learn at your own pace and revisit the sessions whenever needed.

Yes, You'II receive a certificate of Completion

Yes, You'II be added to a private support group.

No prior hands-on experience is required. The course begins with the basics of power system simulation tools and PSS®E fundamentals, then gradually moves into advanced study applications.

This course is ideal for electrical engineering students, graduate engineer trainees, utility engineers, renewable energy engineers, EPC professionals, consultants, and anyone looking to build practical power system study skills using PSS®E.

Yes. The course includes renewable modelling for solar and wind, along with a solar plant simulation case study for grid compliance.

Yes. The course includes short circuit studies and also introduces transient stability studies as part of the advanced applications section.

Yes. The course is designed not only for students but also for working engineers in utilities, EPCs, consulting firms, and renewable energy companies who want practical exposure to PSS®E studies.

Yes. One of the course highlights is understanding how PSS®E can be used for renewable integration and grid compliance-related simulation work, especially through practical case studies.

The course duration can be presented in your template as 5 Hours + Study Material (or you can replace this with the exact duration if you want to show the final official number).

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