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Fall 2026 · Live Online

PSS®E Steady-State Analysis & IBRs Grid Integration Studies

Eng. Ahmed Farid — Power System Consulting Engineer

Master PSS®E steady-state analysis, protection studies, and Egyptian IBR grid-code compliance — from software fundamentals to comprehensive inverter-based resource grid integration assessments. 6 hands-on live sessions.

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6
Live Sessions
2h
Per Session
PSS®E
Industry Software
Live
Interactive Sessions
Course Overview

Master PSS®E Steady-State & IBR Grid Integration Studies

A focused 6-session professional program covering PSS®E steady-state analysis and Egyptian IBR grid-code compliance, using industry-standard PSS®E software.

This program delivers step-by-step guidance through PSS®E fundamentals, steady-state power flow analysis, short-circuit and contingency analysis, and PV/transfer limit and QV analysis with FACTS sizing — then moves into Egyptian IBR grid-code compliance, IBR modeling in PSS®E (PV/wind inverters, transformers, cables/TLs, grid equivalents), and a comprehensive IBR steady-state compliance assessment. Live PSS®E demonstrations and guided practice are included in every session.

Starting the week of 12 October 2026, you'll build industry-ready skills directly applicable to real-world power system and IBR grid integration studies. Each session includes live PSS®E demonstrations, hands-on practice, and Q&A. Participants receive practice materials.

Learning Path
1
PSS®E Overview
2
Steady-state Analysis I
3
Steady-state Analysis II
4
Egyptian & KSA IBRs Grid Code
5
IBRs Modeling in PSS®E
6
IBR Compliance Assessment
Learning Outcomes

What You'll Be Able To Do

By the end of this course, participants will have mastered these core competencies.

Navigate PSS®E's toolbars, diagrams, data checking, and power flow solution engine with confidence.
Assess loading, voltage profiles, and limit-checking reports, and run short-circuit (SC) analysis in PSS®E.
Perform contingency analysis, PV/transfer limit studies, and QV analysis with FACTS sizing.
Explain Egyptian IBR grid-code requirements: LVRT/HVRT, reactive power & PQ capability, frequency response, and power quality/protection and the KSA similarities.
Model PV/wind inverters, 2W/3W transformers, cables/TLs, and grid equivalents in PSS®E.
Run a comprehensive IBR grid-code compliance assessment: PQ capability, voltage profile, loading under max Q absorption/injection, and SC analysis.
Course Curriculum

6 Immersive Sessions

Each session combines theory, live PSS®E demonstrations, and hands-on practice.

01. PSS®E Overview
Introduction & getting started with PSS®E, toolbars and diagrams, data checking and management, and power flow solutions.
02. Steady-State Analysis I
Loading, voltage profile, and limit-checking reports, plus short-circuit (SC) analysis in PSS®E.
03. Steady-State Analysis II
Contingency analysis, PV and transfer limit analysis, and QV analysis with FACTS sizing.
04. Egyptian & KSA IBRs Grid Code Compliance Explanation
Fault ride-through (LVRT/HVRT) & operational envelope, reactive power/power factor obligations (PQ capability), active power & frequency response (ramp rate, droop), and power quality & protection requirements.
05. IBRs Modeling in PSS®E
PV/wind inverters modeling, 2W/3W transformers modeling, cables/TLs modeling, and grid equivalent modeling.
06. IBRs Grid Code Compliance | Comprehensive Steady-State Assessment
PQ capability assessment, voltage profile under various operating scenarios, loading under maximum reactive power absorption/injection, and SC analysis.
Optional. Advanced Topic — Time Series Power Flow
Course Schedule

Session Timeline

Time: 8:00 PM (GMT+3) / 7:00 PM (GMT+2 – Cairo)
Live via Microsoft Teams · PDF notes provided after each session

Round 1 · Starting 12 Oct 2026 · Instructor: Eng. Ahmed Farid
Module Session Topic Date
01 PSS®E Overview 12 Oct 2026
02 Steady-State Analysis I 19 Oct 2026
03 Steady-State Analysis II 26 Oct 2026
04 Egyptian IBRs & KSA Grid Code Compliance Explanation 02 Nov 2026
05 IBRs Modeling in PSS®E 09 Nov 2026
06 IBRs Grid Code Compliance | Comprehensive Steady-State Assessment 16 Nov 2026

Sessions every Monday · first live session Monday, 12 October 2026

Your Instructor

Learn from a Power Systems Consultant

Hands-on experience in IBR grid compliance, power system studies, and industry-standard analysis tools.

Portrait of Eng. Ahmed Farid
Eng. Ahmed Farid
Power Systems Consultant
IBRs Grid Compliance Studies | Steady-state & Dynamic Analyses
Protection Coordination | PSS®E | PSS®SINCAL
Gridscale X APA | CTDim | Energy Business Advisory
MSc Candidate @ CU
Email LinkedIn
What You Earn

Industry-Recognized Credentials

Walk away with verified certification and a professional PSS®E project portfolio.

GRID Academy Certificate
Verified completion of 6 modules.
Hands-on Project Portfolio
Complete real-world PSS®E steady-state and IBR grid-code compliance studies to showcase your engineering capabilities.
Industry-Recognized Badge
Digital credential that can be shared on LinkedIn and professional profiles.
Practical Experience

Hands-on Tasks & Tools

Apply what you learn with real-world assignments and industry-standard software.

Hands-on Assignments
  • Power flow solutions and network data checking in PSS®E
  • Loading, voltage profile, and limit-checking report analysis
  • Short-circuit and contingency analysis
  • PV/transfer limit analysis and QV/FACTS sizing
  • IBR modeling: PV/wind inverters, transformers, cables/TLs, grid equivalents
  • Egyptian IBR & KSA grid-code steady-state compliance assessment
Tools & Software
  • Microsoft Teams for live sessions
  • PDF lecture notes and reference materials
  • PSS®E software
Evaluation Criteria
  • Weekly assignments / quizzes
  • 50%
Policy

Content Usage & Non-Sharing Policy

  • All course materials, tools, recordings, templates, and files are proprietary and may not be copied, recorded, distributed, or reused without written permission.
  • By registering, participants agree not to share or reproduce content outside personal use or for commercial/teaching purposes.
Ready to Start?

Begin Your PSS®E & IBR Grid Integration Journey

Join power system engineers building PSS®E and IBR grid-code compliance skills. Limited seats for the Fall 2026 cohort.

Trainee Register Enroll Now