Master PSCAD for Insulation Coordination & Grid Compliance Studies
Live, instructor-led PSCAD training delivered by engineers who perform real insulation coordination and grid compliance studies — not generic tutorials.
Live Sessions by Practising Engineers
Every class is taught by engineers who deliver real insulation coordination and grid compliance projects.
Real IC & Grid Compliance Projects
Every technique is demonstrated on live project data, not synthetic textbook examples.
Lifetime Access to Recordings
Revisit any session whenever you need — your access never expires.
Power Projects certificate · IEC, IEEE & CEA standards coverage · WhatsApp community support
What You Get with the PSCAD Training Course
Instructor-Led Live Training
Join live PSCAD sessions taught by working power system engineers.
Hands-On Real Project Work
Practice on the same case studies used in Power Projects' client deliverables.
Lifetime Access
Every session recording is yours to revisit for as long as you need.
Certificate of Completion
Finish the course with a Power Projects certificate you can add to your profile.
Why This PSCAD Course Will Advance Your Engineering Career
Model and Analyse from Basics to Advanced
Covers transformer, line, cable, and breaker modelling through to full IEC/IEEE compliance analysis.
Real-Time Project Experience
Simulate renewable grid connections, LVRT events, and harmonic analysis on real project data.
Advanced Troubleshooting & Waveform Interpretation
Learn root-cause analysis and mitigation techniques directly from waveform behaviour.
Aligned with IEC, IEEE & CEA Standards
Work to the same standards used in real utility and renewable energy deliverables.
PSCAD vs Other Tools
PSCAD captures high-frequency phenomena and inverter control behaviour that RMS tools cannot accurately represent.
| PSCAD | ETAP | PSS®E |
|---|---|---|
| EMT time-domain simulation | Load flow, short circuit | Phasor-domain (RMS) |
| Switching & lightning surges | Arc flash, relay coordination | Large network stability |
| TRV, VFTO, TOV analysis | Steady-state analysis | Contingency analysis |
| LVRT/HVRT validation | Motor starting | Power flow studies |
| Inverter control modelling | Cable sizing | Transmission planning |
| Ferro-resonance studies | Industrial protection | Bulk system dynamics |
What We Cover in the PSCAD Training
A structured programme from EMT fundamentals to advanced insulation coordination and grid compliance studies.
- Overview of Electromagnetic Transient (EMT) simulations
- The role of PSCAD in insulation coordination and grid compliance
- Why RMS tools cannot capture switching and lightning phenomena
- Transmission lines, underground cables, transformers, breakers, reactors, and surge arresters
- Frequency-dependent line behaviour, transformer saturation and remanence, and control logic
- Switching surges, lightning surges, TOV, FFO, TRV, and VFTO for GIS and AIS substations under IEC 60071 and IEEE C37
- Choosing arresters, setting protective margins, and coordinating BIL
- Modelling ferro-resonance across transformer and cable circuits
- Spotting resonance conditions from waveform behaviour
- Mitigation approaches for both EHV and MV networks
- Modelling renewable generators, inverters, and their grid connections
- Running LVRT, HVRT, frequency ride-through, active/reactive power control, and flicker analysis against CEA and IEC requirements
- Checking harmonic distortion, DC current injection, and ramp-rate compliance
- Turning results into reports utilities will actually accept, with waveforms and plots included
- Multi-machine models, islanding scenarios, and weak-grid behaviour
- Cross-checking PSCAD's EMT output against RMS tools like ETAP or DIgSILENT
- Assembling utility-ready documentation with waveform captures and analysis plots
- Framing technical observations the way real project deliverables require
Case Studies Covered in the PSCAD Training
Every module is demonstrated through real-world case studies drawn from Power Projects' live engineering work.
Insulation coordination study for a 400/220 kV GIS substation
Grid compliance study for a 300 MW solar power plant using PSCAD
Analysis of ferro-resonance and switching surges in 220 kV cable networks
Dynamic response of inverter-based resources under LVRT and HVRT events
Bonus Resources Included with Enrolment
800+ Hours of Pre-Recorded Content
PSCAD fundamentals through advanced EMT case studies, plus ETAP, DIgSILENT, and MATLAB integration.
Dedicated WhatsApp & Community Support
A private community for case discussions, model feedback, and idea exchange.
Q&A with Industry Experts
Live sessions with PSCAD project engineers on overvoltage, LVRT, and harmonic compliance challenges.
Future Live Classes Access
Stay current with new IEC, IEEE, and CEA requirements and renewable grid compliance practices.
Who Should Enrol in This PSCAD Course?
- Power system engineers entering EMT studies
- Protection and HV substation engineers
- Renewable energy project engineers
- Grid compliance and utility interconnection engineers
- EPC contractors on HV and EHV projects
- Insulation coordination study engineers
- Engineers with ETAP/PSS®E looking to add EMT skills
- Research scholars and postgraduate students
- Consultancy engineers expanding into EMT studies
- Engineers preparing compliance reports for utilities
Frequently Asked Questions
PSCAD offers a free Lite Edition suitable for learning and small networks, alongside a paid professional version used for full-scale industrial and utility studies.
EMTDC is the simulation engine doing the actual electromagnetic transient math behind the scenes — PSCAD is the graphical workspace you use to build circuits, run EMTDC, and read the results.
PSS®E works in the phasor domain, which is built for large-network load flow and stability studies. PSCAD instead simulates in the time domain, which is what you need to see switching surges, lightning behaviour, and inverter control dynamics play out.
ETAP is oriented around steady-state work — load flow, short circuit, arc flash, cable sizing. PSCAD is built for transient events: the microsecond-scale surges and control interactions ETAP isn't designed to capture.
PSCAD is commercial software, not open source — but it's built to be extended, with user-defined components and scripting that let you model equipment the standard library doesn't cover out of the box.
Case files carry the extension .pscx and library files use .pslx — between them they hold your circuit diagrams, control logic, and simulation settings.
Ready to Start Your PSCAD Training Journey?
Join engineers from 50+ countries who have trained with Power Projects. Get the full course syllabus, fees, and batch schedule.
- Live PSCAD training by practising engineers
- Real IC and grid compliance simulation projects
- 800+ hours of pre-recorded content included
- IEC 60071, IEEE C37, and CEA standards coverage
- Power Projects certificate upon completion
- Lifetime access to all recordings and case files
Your information is kept private and will only be used to respond to your enquiry.