LIVE TECHNICAL WEBINAR · POWER SYSTEM ANALYSIS · ELECTRICAL DESIGN

Design and Analysis of Insulation Coordination Using PSCAD

Practical webinar on insulation coordination studies, transient overvoltage analysis, and protective equipment selection using PSCAD for modern power systems.

  • Understand the fundamentals of insulation coordination in high-voltage systems.
  • Learn how to model surge events and transient conditions in PSCAD.
  • Analyze switching surges, lightning impulses, and overvoltage stress.
  • Study protective device coordination, surge arrester placement, and insulation margins.
  • Apply simulation-based methods to improve system reliability, safety, and equipment protection

Reserve Your Seat

📅 Sunday, 13th September 2026
⏰ 06:55 PM IST
🌐 Live Online Session
🎟️ Free Registration

RESERVE MY FREE SEAT

Engineers in Modern Data Center Infrastructure

Insulation coordination plays a critical role in ensuring the reliability, safety, and long-term performance of
electrical power systems.

WHY ENGINEERS TRUST US

Trusted by Engineers Across Industries

This masterclass is built for professionals and learners who want practical knowledge they can apply to power system design, protection, and simulation work.

Why this session is valuable:

  • Beginner-friendly explanation of insulation coordination concepts.
  • Practical PSCAD workflow for simulation-based learning.
  • Real engineering context focused on power system applications.
  • Clear guidance on surge protection and insulation level studies.
  • Hands-on learning approach rather than theory alone.
  • Best-practice insights to improve study quality and confidence

The discussion is aligned with modern transmission utility requirements and real engineering practice.

5000+

Engineers Trained

15+

Countries Reached

Live

Practical Design Demonstration

WHY THIS WEBINAR MATTERS

Insulation Coordination Is Redefining Power System Reliability

This webinar is designed for engineers who want to analyze insulation performance under transient conditions and build a practical workflow for insulation coordination studies using PSCAD.

Today’s complex insulation studies demand:

  • Analyze lightning & switching overvoltages
  • Select surge arresters and insulation levels
  • Model lines, transformers & breakers accurately
  • Assess insulation stress and protection margins
  • Coordinate network, switching & protection
  • Validate designs using simulation studies 

Understanding protection design opportunities for:

  • High-voltage substations
  • Transmission and sub-transmission networks
  • Industrial plants and large electrical facilities
  • Renewable energy interconnections
  • GIS / AIS substations
  • Utility planning and system reinforcement projects

Industry Relevance

Insulation coordination is essential for engineers involved in power system design, high-voltage studies, grid modernization, renewable integration, substation engineering, and equipment protection analysis.

Practical Engineering Focus

The session emphasizes PSCAD-based modeling, surge analysis, insulation margin evaluation, and interpretation of simulation results so engineers can apply the concepts directly to study work and project.

What You Will Learn

This webinar breaks down both the fundamental concepts and practical simulation workflow required to perform
insulation coordination studies using PSCAD.

Insulation Coordination Fundamentals

  • Purpose and scope of insulation coordination
  • Sources of overvoltage in electrical power systems
  • Difference between temporary, switching, and lightning overvoltages
  • Basic insulation level (BIL) and withstand concepts
  • How insulation coordination supports equipment protection.

PSCAD Modeling for Transient Analysis

  • uilding insulation coordination study models in PSCAD
  • Modeling transformers, transmission lines, breakers, busbars, and surge arresters
  • Creating surge scenarios for switching events and lightning disturbances
  • Defining study cases, simulation parameters, and measurement points

Reliability & Protection Engineering

  • Evaluating insulation stress across the network
  • Surge arrester application and coordination with insulation levels
  • Identifying vulnerable locations in substations and connected systems
  • Comparing simulation results against withstand capability.
  • Improving reliability through optimized protective design.

Why Engineers Join Our Webinars

Practical engineering development designed around real study requirements, system behavior, and
simulation-based learning.

Practical Design Approach

Learn a structured workflow for performing insulation coordination studies—from understanding overvoltage mechanisms to setting up PSCAD models and interpreting engineering results for real projects.

Power System Study Workflows

Discover how transient studies are approached in professional environments, including study setup, surge case development, insulation level verification, and protective device coordination.

Career & Technical Growth

Strengthen your skills in high-voltage engineering, PSCAD simulation, transient analysis, and protection studies—valuable capabilities for utility, EPC, consulting, and industrial engineering roles.

Who Should Attend?

Power System Engineers

Substation Engineers

Protection Engineers

High Voltage Engineers

Grid / Utility Engineers

Consulting Engineers

Commissioning Engineers

Industrial Power Engineers

PSCAD Users

Renewable Integration

Testing & Study Engineers

Engineering Students

About the Speaker

Hi,
Selvakumar S is the CTO at PowerProjects, specializing in:
- Power system engineer with expertise in PSCAD-based transient studies -- Experience in insulation coordination, surge analysis, and protection studies
- Worked on utility, industrial, and renewable integration projects
- Practical exposure to substation design, equipment protection, and overvoltage assessment
- Strong background in simulation-driven engineering for power system reliability

Er. Selvakumar S - CTO - PowerProjects

What Participants Say

" I recently attended a free webinar on Grid Compliance, and it was incredibly insightful! The session covered crucial aspects of renewable energy penetration, including LVRT, HVRT, and other grid compliance requirements. The presenters were knowledgeable and made complex topics easy to understand. It's evident that they are experts in the power sector and truly dedicated to advancing renewable energy integration. Highly recommended for anyone in the industry looking to stay ahead on regulatory standards and grid management! "

— Rajeev Yadav

" I recently attended Power Projects' webinar on Relay Coordination using ETAP and was very impressed. The session was well-organized and delivered by a knowledgeable instructor who clearly explained complex concepts in an easy-to-understand manner. It was evident that Power Projects strongly focused on power system studies, which makes their training valuable for anyone working in this field. Overall, I highly recommend Power Projects' webinars to anyone looking to expand their knowledge and skills in power system protection. "

— Shaik Irfan

 " I had the pleasure of attending the Power Project Solutions course on mastering cable, and I can confidently say it was an exceptional learning experience. The teaching was clear, concise, and tailored to address real-world challenges in electrical engineering. The instructor, a highly knowledgeable and well-versed electrical engineer, provided practical insights and expert guidance on solving complex problems related to cables. I highly recommend this course to anyone looking to strengthen their understanding of Cable Sizing "

— Guru prasad

" I have attended the courses for the past 6 months on every Friday and week ends. The trainers were awesome, and the firm is highly talented with power systems knowledge. This training was very insightful, covering advanced power system analysis, simulation, and modeling using ETAP software. The trainers are very good and special thanks to Selva sir and Abha mam. Congratulations and thanks to your team members.  Thanks to all.  The etap course  and presentation is very nice to learn. It covers scratch level to complicated systems and interesting. "

— Marimuthu Karuppiah

Learn How Insulation Coordination Studies Improve Reliability, Equipment Protection, and System Performance

Join this live technical webinar to understand how PSCAD can be used to simulate transient overvoltages, evaluate insulation stress, and support better engineering decisions for high-voltage power systems.

Register free Now

Frequently Asked Questions

Is this webinar suitable for beginners?

Yes. The webinar begins with the fundamentals of insulation coordination and transient overvoltage behavior before moving into PSCAD-based modeling and analysis. Engineers with basic power system knowledge will be able to follow the session.

Will PSCAD simulation examples be discussed?

Yes. The webinar includes a practical overview of how PSCAD can be used to model surge events, insulation stress, and protection coordination scenarios for engineering studies.

Is this relevant for utility or industrial power systems?

Absolutely. The concepts covered are highly relevant to transmission systems, substations, renewable interconnections, industrial electrical networks, and utility planning studies.

Will insulation and reliability concepts also be covered?

Yes. In addition to simulation workflows, the session explains how insulation coordination supports system reliability, equipment protection, overvoltage mitigation, and long-term operational security.