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PSSE Live Training

PSS®E Online Training – Power System Studies from Basics to Real Projects

A complete theory + simulation + case-study-based training that teaches you how to model, simulate, and analyze power systems using PSS®E. Learn how to perform load flow, short circuit, and dynamic studies — with real projects in solar, wind, and grid networks.

22nd November, 2025 Sat & Sun

10:00 AM – 12:30 PM IST

Live Training

Certificate Provided

What Makes This PSS®E Training Stand Out?

100% Practical Simulation Using PSS®E

Real-World Case Studies: Solar, Wind, Country-Level Grid

Python Scripting for Automation and Validation

Step-by-Step Training – No Prior Experience Needed

Covers Load Flow, Fault, Stability, and Grid Code Compliance

Start simulating real power system studies using PSS®E with expert guidance and hands-on projects. Even if you've never worked on PSCAD before – we’ll guide you from scratch.

Why Engineers Prefer This PSS®E Online Training

Learn power system studies aligned with industry needs

Perform load flow, contingency, short circuit, and transient analysis

Work on PSS®E Python scripting and automation

Gain experience with .sav, .raw, .dyr, and .plb files

Complete 6 hands-on case studies, including grid-level planning

Build a project portfolio to showcase in interviews or client proposals

Results Block

500+ Engineers Trained

6 Full-Length Case Studies Included

100% Hands-On Assignments

Python-Based Simulation Walkthroughs

Start simulating real power system studies using PSS®E with expert guidance and hands-on projects. Even if you've never worked on PSCAD before – we’ll guide you from scratch.

Course Curriculum

What You’ll Learn – From Basics to Advanced ETAP

Getting Started with PSS®E

  • Country-level power system operation and planning
  • Overview of PSS®E interface and key file types (.sld, .sav, .raw, .dyr)
  • Creating a basic model, importing/exporting data
  • PSS®E vs ETAP vs DIgSILENT – key differences

Power System Studies

  • Load Flow Analysis
  • Short Circuit Study (IEC 60909, symmetrical & asymmetrical faults)
  • Contingency Analysis and Ranking
  • Slack bus concepts, voltage drops, power losses
  • Manual calculations and validation

Power System Modelling in PSS®E

  • Bus types and transmission line modeling
  • Transformers (2W & 3W), taps, and impedance settings
  • Generator, WTG, and inverter modeling
  • Load modeling using ZIP, reactive compensation
  • FACTS & HVDC: SVC, STATCOM, FSC, TCSC

Dynamic Studies in PSS®E

  • Transient Stability, Swing Equation, CCT
  • Exciter (AC7B, AC8B), Governor, and PSS Modelling 
  • WTG Type 1–4, BESS, and Solar Inverter Dynamics
  • .dyr, .plb file creation and manual simulation
  • Python scripting for simulation automation

Real Case Studies - 250 MW Solar Plant

  • Steady-state and dynamic simulation 
  • LVRT, HVRT, Voltage Response
  • Tap setting and Q-V/P-V analysis

Real Case Studies - 500 MW Wind Farm

  • Load flow + short circuit + transient study
  • Grid code validation for voltage/frequency response
  • Python simulation and parameter tuning

Country-Level Grid Network

  • Full network modeling
  • Load flow, contingency ranking, short circuit simulation
  • Grid code planning and steady-state evaluation

Control Model Simulation

  • Inverter and PPC validation
  • Fault simulation with .dyr & .plb
  • Dynamic threshold testing & model tuning

What You Get

6 Weeks of Live Classes

Lifetime Recording Access

Real Project Assignments

Python Automation Scripts

Course Completion Certificate

Support via WhatsApp Group

What Past attendees are saying?

One time deal

100000 INR

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Frequently Asked Questions (FAQ)

Yes! This PSS®E online course starts from the basics and gradually moves into advanced simulations.

Yes – we cover everything from load flow and short circuit to dynamic fault response and LVRT/HVRT simulation.

No. We provide guided Python scripting sessions and share pre-written templates for your use

Just PSS®E. You can use a trial or licensed version. Python is optional but covered.

250 MW solar, 500 MW wind farm, and a national grid-level project – including both steady-state and dynamic studies.

Yes – you'll receive a certificate upon completing the course and project assignments.

Yes. You’ll be added to a dedicated WhatsApp group for ongoing discussions and doubts.