PSS®E: Real-Time Power System Studies

Master Real-Time Power System Studies in Just 20 Hours — Project-Based Learning with PSS®E

Learn with actual case-based simulations from renewable and grid integration projects.

💰Register now @ ₹20,000  ₹4,999/-

 Pre - Recording | 24 Hours Session

Seats are limited Hurry up!!

What You'll Learn

This Recording will give you the essential skills to run real-time power system studies in PSS®E with confidence. You’ll learn how to model, simulate, and analyze both steady state and dynamic studies step by step.

Basics of pscad

System Modeling in PSS®E

Learn how to build complete system models by adding sources, transformers, inverters, SVGs, transmission lines, and cables.

Steady State Studies

Master load flow, reactive power compensation, and short circuit studies. Understand how to interpret P-Q and Q-V curves for compliance.

Dynamic Studies & Compliance

Simulate LVRT, HVRT, frequency response, and active power ramp tests. Learn how these studies link directly to grid code requirements.

Report Preparation & Validation

Translate simulation results into compliance-ready reports, including voltage, MW, and MVAr curves. Learn the structure utilities expect.

Ready to take the first step in learning PSS®E?

Start the Course

Course Curriculum

What You’ll Learn – Master Real-Time Power System Studies

(06.09.2025) – Introduction & System Understanding

  • Overview of Grid code requirements 
  • Go through SLD of the plant and grid
  • Understand the plant capacity, evacuation scheme, POI location, and system elements
  • Identify inputs required for Steady State Study
  • Identify inputs required for Dynamic Study
  • Dynamic models for inverter, SVG, PPC
  • OEM .dyr and .dll files
  • Validate received inputs 

Optimize the Line and Cable for plant

  • Calculate grid equivalent parameters (R, X, SCR, Zbase)
  • Transformer parameter calculation using datasheet (Z%, X, R)
  • Optimize the 220kV transmission line for the plant
  • Optimize the 33kV cable for the plant
  • Analyze inverter datasheet (PQ capability, control response, ratings)

(13.09.2025) – Reactive Power Compensation Study Setup in PSSE

  • Modelling for steady state (.raw/.sav)
  • Define cases 0.95pu, 1.0pu, 1.05pu voltage at lag, lead, and unity power factor
  • Configure reactive power compensation (SVG, inverter Q)

Optimize Reactive Power Requirement

  • Plot P-V and Q-V curves with and without compensation
  • Optimize the SVG requirement

(20.09.2025) – Dynamic Study Setup

  • Validate unit level inverter and SVG model response
  • Create equivalent model for dynamic study
  • Prepare .raw/.sav model for simulation
  • Prepare and map .dyr file for the plant-level model
  • Prepare playback (.plb) file for grid disturbances (LVRT, HVRT, frequency event)

FRT Analysis and Interpretation

  • Simulating LVRT Cases
  • Simulating HVRT cases
  • Simulating Shallow faults

(27.09.2025) – Frequency Response Analysis and Interpretation

  • Verify plant behaviour during:
  •        Frequency range capability
  •        Frequency changes with droop support
  • Active power ramp rate
  • Active power control set point

Reporting and Q&A

  • Compile input summary, simulation methodology, and results
  • Highlight compliance/non-compliance
  • Q&A and doubt clearing session

Why is this course
for you?

  • You want to learn PSS®E through real-world projects, not just theory.
  • You need hands-on skills in steady-state & dynamic studies for renewable projects.
  • You aim to work on grid compliance, integration, and utility-scale project studies.
  • You are an engineer in testing, commissioning, design, O&M, or consulting.

Ready to take the first step in learning PSS®E?

Start the Course

Why is this Course for You?

  • You want to learn PSS®E through real-world projects, not just theory.
  • You need hands-on skills in steady-state & dynamic studies for renewable projects.
  • You aim to work on grid compliance, integration, and utility-scale project studies.
  • You are an engineer in testing, commissioning, design, O&M, or consulting.

What Past attendees are saying?

Ready to take the first step in learning PSS®E?

Start the Course

One Time Deal

4999 INR

  • PSS®E: Real-Time Power System Studies

    • Life Time Recording Access
    • Hand-on
    • Assignments
    • Case Study
Buy Now

Reviews

5

Top Rated
  • 5 100%
  • 4
  • 3
  • 2
  • 1
HARIPRASATH SELVAKUMAR

Excellent session

All topics are covered and doubts are patiently cleared by trainer Eng. Arvind. Thank you Power Projects

1 week ago

Frequently Asked Questions (FAQ)

No. The course is designed for beginners as well as practicing engineers. We start with system modeling basics before moving into advanced steady state and dynamic studies.

You will learn to perform load flow, reactive power compensation, short circuit, LVRT, HVRT, frequency response, and active power ramp studies — the same cases used in grid compliance projects.

It is fully practical and project-based. Each session includes step-by-step demonstrations in PSS®E, with assignments so you can practice on your own.

Electrical engineers in EPC, O&M, testing & commissioning, and design, Professionals working in renewable integration and grid compliance, Students aiming to build careers in power system studies

We will use PSS®E V35 (latest stable release used in industry) for all demonstrations.

Yes, session recordings will be provided so you can revisit the lessons anytime.

By the end of the 20-hour training, you’ll be able to model, simulate, and prepare compliance-ready reports in PSS®E — making you job/project ready.

We provide Q&A support during the sessions, and you can reach out afterwards for clarification on assignments.

If you spend at least 2–3 hours practicing between weekends, you’ll be able to master the workflows and apply them confidently.

Not sure how to get started with design engineering? want a free consulting call?

We’ve got you covered!

Fill out the form to get personalized guidance on how to:
✱ Transform your career in electrical engineering
✱ Discover the best tools and software to learn
✱ Identify the next steps to take toward design engineering

Start your journey today!

© 2025 Power Projects