E-lesson

Data-driven decisions for transformer longevity

Free Thursday, 11 December 2025, 9:00 AM TZ Europe/Zagreb
Free

Hosted by: Reinhausen GmbH (MR)

As aging power grids evolve to accommodate increasing renewable energy integration and shifting load profiles, transformer asset management faces new challenges. This webinar presents a structured approach to End-of-Life (EOL) decision making and targeted overloading of transformers using intelligent monitoring systems and self-learning algorithms.

 

We will explore why monitoring temperature, moisture and oxygen are essential to enable more accurate assessments of the remaining transformer lifetime. Participants will learn how chemical aging processes impact insulation life, how to estimate remaining lifetime using standards like IEC 60076-7, and how monitoring systems like ETOS® support real-time evaluation of asset aging. Additionally, the session will cover self-learning algorithms that allow for safe overloading, helping utilities and industries to optimize grid capacity without compromising on asset safety.

 

This 45–60-minute session is ideal for asset managers, grid planners, operations engineers, and decision-makers in maintenance and investment planning. Discover how data-driven insights can extend transformer life, reduce costs, and support smarter infrastructure decisions.

 

MR

 

 

About the author

Florian Klughammer

Reinhausen GmbH (MR)

Florian Klughammer is Portfolio Manager for Transformer Automation at Maschinenfabrik Reinhausen. He is responsible for product management of MR’s solutions for bushing and partial discharge (PD) monitoring, as well as overseeing automation activities for the Southeast Asia region. He holds a master’s degree in electrical engineering and has gained experience in the renewable energy sector.

Konstantin Ferstl

Reinhausen GmbH (MR)

Konstantin Ferstl is a portfolio manager for voltage regulation and thermal monitoring at Maschinenfabrik Reinhausen in Regensburg, Germany. As a member of CIGRE, he is actively contributing to shape the future standards of voltage transmission and distribution. In addition to voltage regulation, his professional focus is on digitization solutions in substations. Konstantin Ferstl holds a master’s degree in industrial engineering from Landshut University of Applied Sciences.