Live Technical Webinar · Transformer Failure & Reliability

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📅 Sunday, 18th October 2026
⏰ 06:55 PM IST

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Transformer Failure Root-Cause Analysis in Large-Scale Renewable Energy Parks

Identify transformer failure causes and analyze electrical, thermal, insulation, and operational factors.

  • Understand common transformer failure mechanisms
  • Analyze electrical, thermal and insulation-related causes Interpret
  • protection trips, alarms and diagnostic results
  • Identify root causes and contributing factors
  • Develop practical corrective and preventive actions

Engineers in Modern Renewable Energy Infrastructure

Practical transformer reliability knowledge for engineers working across solar, wind, BESS, substations
and large-scale renewable energy projects.

WHY ENGINEERS TRUST US

Trusted by Engineers Across the Power Industry

Transformer failures can result from multiple interacting electrical, thermal, mechanical and insulation stresses. Understanding the failure sequence is essential for identifying the actual root cause and preventing recurrence.

Engineers gain insight into:

  • Failure mechanism identification
  • Protection and event analysis
  • Transformer diagnostic testing
  • Operating condition assessment
  • Corrective action planning

Connect power system analysis with complete electrical design for Renewable Energy Parks.

5000+

Engineers Trained

15+

Countries Reached

Live

Practical Design Demonstration

WHY THIS WEBINAR MATTERS

Transformer Failures in Large-Scale Renewable Energy Parks

As renewable energy deployment accelerates, transformer reliability has become a critical concern for Solar, Wind, and Battery Energy Storage System (BESS) projects. A single transformer failure can cause significant generation losses, outages, and costly repairs.

Many transformer failures are linked to:

  • › Electrical and thermal stresses
  • Insulation degradation and moisture
  • Incorrect loading and operating conditions
  • Protection and switching events
  • nadequate maintenance or testing

The failure mechanism enables engineers to:

  • Establish the sequence leading to failure
  • Interpret diagnostic and protection data
  • Identify root causes and contributing factors
  • Minimize repeated transformer failures
  • Improve equipment reliability and availability

Industry Relevance

Understanding transformer failure mechanisms enables engineers to investigate incidents systematically, identify contributing factors, and develop effective reliability and maintenance strategies.

Practical Engineering Focus

This webinar provides a practical, project-oriented approach covering transformer diagnostics, failure evidence, root-cause investigation, and preventive actions for renewable energy applications.

What You Will Learn

This webinar is designed to help electrical engineers confidently approach Transformer Failure Root-Cause
Analysis for Large-Scale Renewable Energy Parks

Transformer Failure Mechanisms

  • Electrical and thermal failure mechanisms
  • Insulation degradation and dielectric failure
  • Winding, bushing, and core-related failures
  • Operating and environmental stresses

Diagnostic & Failure
Analysis

  • Dissolved Gas Analysis (DGA) interpretation
  • Insulation and electrical test results
  • Protection trips and event records
  • Physical inspection and failure evidence


Practical Root-Cause Investigation

  • Transformer operating history and failure sequence
  • Common technical observations during investigation
  • Best practices for identifying contributing factors
  • A practical approach to corrective and preventive actions

Why Engineers Join Our Webinars

Practical engineering-focused sessions designed to help you understand transformer failure mechanisms, diagnostic methods, root-cause analysis, and industry-ready reliability practices.

Practical Failure Investigation

Understand the complete transformer failure investigation process, learn practical diagnostic approaches, reduce incorrect assumptions, and improve root-cause analysis quality.

Transformer Reliability Insights

Learn where DGA, insulation, electrical, protection, and physical inspection results fit into failure analysis while understanding evidence-based investigation practices.

Career & Technical Growth

Build expertise in transformer reliability, strengthen renewable-energy engineering skills, improve equipment failure analysis, and stay aligned with evolving industry practices.

Who Should Attend?

Electrical Engineers

Power System Engineers

Renewable Energy Engineers

Transformer Engineers

Substation Engineers

Protection Engineers

Testing Engineers

Commissioning Engineers

Maintenance Engineers

O&M Engineers

Fresher

Asset Management Engineers

About the Speaker

Hi,
Selvakumar S is the CTO at PowerProjects, specializing in:
- Transformer Failure Analysis
- Power System Engineering
- Renewable Energy Systems
- Substation Engineering
- Protection & Control
- Electrical Testing
- Asset 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

Accelerate Your Transformer Reliability Skills

Join this technical webinar to understand transformer failure mechanisms, investigate root causes and improve
reliability across large-scale renewable energy projects.

Register free Now

Frequently Asked Questions

Is this webinar suitable for engineers working in renewable energy projects?

Yes. The webinar is relevant to engineers involved in solar, wind, BESS, substations, transformers, O&M, testing and power-system infrastructure.

What types of transformer failures will be discussed?

The session covers electrical, thermal, mechanical, insulation, winding, bushing and operational failure mechanisms commonly encountered in power transformers.

Will the webinar cover transformer diagnostic testing?

Yes. The session discusses diagnostic evidence including DGA, insulation testing, winding resistance, oil testing, protection records and physical inspection results.

Will I learn how to perform root-cause analysis?

Yes. You will learn a structured approach to establish the failure sequence, evaluate evidence, identify contributing factors and develop corrective and preventive actions.