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PSSE Online Training | Power System Studies Course

— PSS®E POWER SYSTEM STUDIES —

PSSE Online Training & Course Power System Studies from Basics to Advanced

Join our PSSE online course to learn power system studies through theory, manual calculations, PSS®E simulation, Python scripting, and real-world case studies. Build practical skills in Load Flow, Short Circuit, Contingency, Stability, Renewable Energy and Grid Compliance studies.

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    Software

    19th September, 2026 Sat & Sun

    10:00 AM – 12:30 PM IST

    Live Training

    Certificate Provided

    What Makes This PSSE Training Stand Out?

    Learn PSS®E Through Practical Power System Studies

    Practical PSS®E Simulation

    Real-World Power System Case Studies

    PSS®E Python Scripting

    PSS®E Training from Basics to Advanced

    Renewable Energy & Grid Compliance Studies

    Join our PSSE online course and develop practical skills in power system modelling, simulation, analysis and PSSE Python scripting. Learn through structured training and real-world solar, wind and grid-level case studies.

    I’m Ready – Enroll Me Now

    Why Engineers Prefer This PSSE Online Training

    Learn Power System Studies with PSS®E

    Master PSS®E Power System Modelling

    Learn PSS®E Python Scripting

    Work with Real PSS®E Project Files

    Complete 6 Practical Power System Case Studies

    Build Practical Renewable Energy Study Skills

    Join our PSSE online course and develop practical skills in power system modelling, simulation, analysis and PSSE Python scripting. Learn through structured training and real-world solar, wind and grid-level case studies.

    I’m Ready – Enroll Me Now

    Course Curriculum

    Course Curriculum

    What You’ll Learn – From Basics to Advanced PSSE

    Getting Started with PSSE

    • Country-level power system operation and planning
    • Overview of PSSE interface and key file types (.sld, .sav, .raw, .dyr)
    • Creating a basic model, importing/exporting data
    • PSSE 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 PSSE

    • 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 PSSE

    • 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

    Buy Now

    Reviews

    5

    Top Rated
    • 5 100%
    • 4
    • 3
    • 2
    • 1
    Dr. Hidayathullah M

    PSSE Course

    The PSSE-Advanced training was very informative and well organized. The course syllabus was easy to follow and helped me understand the advanced concepts clearly. The trainer was highly experienced and explained the advanced tools, features, and real-time applications in an excellent and practical way. I highly recommend this course to anyone looking to improve their PSSE knowledge.

    1 month ago
    Arnab Das

    Well organized and clear instructions

    This is my second course with them, first being Digsilent. Today I’m performing grid studies independently in my company with Digsilent with confidence. This course is well organized and as detailed as possible I appreciate their willingness to share knowledge

    6 months ago
    Anurag Harsole

    Good explanations with practical

    The content was well-organized, covering everything from basic Case creation for Load flow to advanced features like Short circuit and Transient.

    1 year ago

    Frequently Asked Questions (FAQ)

    The PSS®E online training starts with power system operation, PSS®E software fundamentals, basic network modelling, and essential power system concepts before progressing to advanced studies.

    You will learn power system modelling and analysis using PSS®E, including Load Flow, Short Circuit, Contingency Analysis, Transient Stability, Power Evacuation, Grid Compliance, renewable energy modelling, and dynamic studies.

    Yes. The curriculum covers steady-state studies such as Load Flow and Short Circuit Analysis, as well as dynamic topics including Transient Stability, machine and governor modelling, exciter and PSS modelling, renewable energy dynamics, LVRT and HVRT studies.

    Yes. PSS®E Python scripting and simulation are included in the course, with Python applied as part of the solar and renewable energy case studies.

    The course introduces commonly used PSS®E files including .sld, .sav, .raw, .seq, .snp and .dyr. Later case studies also cover .plb playback files and preparation of simulation cases.

    The training includes 6 case studies covering 250 MW solar plants, 500 MW windfarms, a country-level network and a grid-level study. The case studies include both steady-state and dynamic applications.

    Yes. The curriculum includes wind turbine generator modelling, solar inverter modelling, BESS modelling, LVRT, HVRT, voltage response, frequency response and active power ramping studies.

    Yes. Manual calculation and validation are included in areas such as per-unit calculations, Load Flow, transformer losses and Short Circuit Analysis.

    Yes. The schedule includes Q&A sessions, assignment review and personal mentoring, including an exclusive Q&A session at the end of the program.

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