Sustainable Development Strategies for T&D

Ivan Paic - Member of the Management Board at Koncar group

Abstract

In the context of robust market growth, how critical are sales strategies? Should companies bet only on CAPEX growth to support expansion and innovation? How important are the investments in new technologies and infrastructure and why today, more than ever, people play a pivotal role? Adjusted strategies are required to navigate the evolving market landscape, ensuring that sales approaches are aligned with current trends and customers’ expectations. Finally, the key note will reflect on how organizational changes are often necessary to streamline operations and enhance efficiency, enabling companies to capitalize on market opportunities effectively.

Speaker's bio

Ivan Paic has cultivated a rich international career, enhancing his expertise in leadership, sales team optimization, digital transformation, and sustainable development. He has held prominent leadership roles in France and the United Arab Emirates, and gained significant professional experience in Japan and Norway.

He graduated in 2003 from the Faculty of Electrical Engineering and Computing at the University of Zagreb. In addition to his professional roles, he serves as an Associate Professor of Digital Transformation at the Swiss School of Business and Management Geneva in Zagreb. Ivan began his career in 2003 at KONCAR – Instrument Transformers, starting as a scholarship recipient in the project department and later progressing to lead R&D projects. 

In 2008, he transitioned to Schneider Electric as a Product Manager for medium and low voltage equipment. By 2011, his career had advanced as he took on the role of Operational Marketing Director for customer software in Grenoble, France. After more than three successful years, he returned to Zagreb to become the Country General Manager for Croatia, Slovenia, and Bosnia and Herzegovina. Since 2020, Ivan has been based in Dubai, United Arab Emirates, where he continues to drive international success. 

In early 2024, Ivan Paic joined the Management Board of KONCAR, leveraging his extensive experience as Vice President at Schneider Electric, where he successfully led strategic sales initiatives globally.

Mladen Banovic - Editor-in Chief at Transformers Magazine

Abstract

Transformers Magazine and Switchgear Magazine conducted a comprehensive research project to explore the workforce challenges in the transformer and switchgear sector.

The motivation for this research stemmed from the TCC 2024 report, which provided valuable insights into current industry trends, key challenges, and future directions. One of the most pressing issues highlighted in the report is the widening skills gap, as experienced professionals retire and companies struggle to attract new talent.

This research gathered over 700 responses from professionals around the world, providing a detailed perspective on the state of the workforce. Key findings will be presented, highlighting the critical issues that will shape the future of our industry.

Speaker's bio

Dr Mladen Banovic is a scientist and innovator in the field of energy transmission with 25 years of technical and managerial experience.

He currently holds the positions of Director and Editor-in-Chief at Merit Media Int. – the company behind the Transformers Magazine, Transformers Academy, Industry Navigator, and Transformers Forum brands.

During his career, he managed development of products and systems for worldwide use in electric power grids up to 1200 kV (currently the highest level in the world), the development and deployment of systems for smart grid and automated design, testing, diagnostic and monitoring systems.

Education: PhD, MSc, and BSc degrees in electrical engineering from the University of Zagreb, Croatia.

Affiliations: IEEE Senior Member, CIGRE, European Association of Science Editors (EASE), etc.

Frédéric Dollinger - Area Sales & Marketing Manager at HAEFELY

Abstract

With global investments in transformer manufacturing facilities projected to rise significantly, scaling test laboratories efficiently and sustainably has become a strategic priority for large corporations. Balancing the complexity of global operations with the need for agility presents both challenges and opportunities.

At HAEFELY, we have supported major industry players worldwide by delivering over 100 transformer test systems and laboratory installations. Through this extensive experience, we have observed firsthand what works—and what doesn’t—when scaling testing infrastructure on a global scale.

In this presentation, we will share key insights into best practices and common pitfalls, providing a unique external perspective on to approach laboratory expansion. Attendees will gain actionable strategies to optimize their testing facilities for efficiency, scalability, and long-term success—no matter the size or location of their operations.

Speaker's bio

Frédéric Dollinger has been a dedicated member of HAEFELY since 2012, based at the company's factory in Basel, Switzerland. Starting as a Product & Marketing Manager and advancing to his current role as Area Sales & Marketing Manager, Frédéric has traveled extensively, engaging with customers worldwide to discuss and finalize various projects. This global exposure has enriched his expertise in application and product knowledge.

Frédéric regularly attends major international exhibitions and serves as a speaker at technical seminars and conferences, sharing his insights and expertise while empowering people about testing applications. Notably, he played a key role in the successful launch of the DTTS - Distribution Transformer Test System - in 2012, promoting it as a standardized test system with reduced cycle time.

In addition to his sales responsibilities, Frédéric manages all social media activities for HAEFELY, leveraging platforms like LinkedIn to enhance the company's online presence and engage with the industry community. His dual role in both sales and marketing showcases his versatility and commitment to driving the company's growth. His passion for new technologies drives him to continuously explore innovative solutions and trends within the field.

His specialized expertise lies in transformer test systems and applications involving Electronic Power Supply (EPS) based technology, such as on-site cable testing with variable frequency. He is well-versed in both the American standard IEEE C57.12.90-1999 and the European standard IEC 60076 (and other related standards) for routine and type tests on power and distribution transformers.

Background: Frédéric holds a master's degree in Mechatronics from the renowned French engineering school INSA, obtained in 2007. Before joining HAEFELY, he gained valuable experience as a Project Manager and Sales Manager at MiniTec Zurich.

Richard Ladroga - Chief Executive Officer at AI Advanced Electrical Systems USA

Abstract

Global electrical power systems are faced with emerging challenges that are straining the capacity, delivery, and reliability of existing facilities and apparatus. These include supply chain issues; technically qualified human resource depletion; growing electricity demand; proliferation of non-traditional generation sources; and outdated testing methods. This presentation will introduce new advanced testing and monitoring technologies that represent the cutting edge and future of electrical power systems testing and monitoring, dramatically improving the reliability, operations, and strategic planning of critical electrical assets.

Speaker's bio

Richard K. Ladroga, PE is the Chief Executive Officer at AI Advanced Electrical Systems.

Richard is a licensed Professional Electrical Power Engineer with over 35 years of experience in the industry. He is a Senior Member of the IEEE; Member of the IEEE Power Engineering Society; IEEE Transformers Committee; IEEE Standards Association; Board Certified Diplomate of the National Academy of Forensic Engineers; and Member of the National Society of Professional Engineers. He is the Past Chairman of ANSI/IEEE Working Groups C57.104; C57.106; C57.139; Past Chairman of the Insulating Fluids Subcommittee; and has been actively involved in numerous additional ANSI/IEEE Working Groups and Standards. Richard served in various leadership roles throughout his career, including a 10-year period at Doble Engineering where he served as Vice President of Global Strategic Development. Richard earned his Bachelor of Science, Electrical Engineering (Concentration in Power Systems) from Worcester Polytechnic Institute in 1991, and earned his certification in Artificial Intelligence from the Massachusetts Institute of Technology in 2021.

Richard New – Managing Director from MIDEL & MIVOLT Fluids – A member of the Shell Group

Abstract

This presentation will explore some of the key market trends shaping the global power sector and the subsequent impacting the transformer liquid industry. Highlighting the increasing demand for safer, more resilient grids and the growing emphasis on sustainability, we will also address how Shell has been responding to these challenges with its product portfolio. We will also be giving an update of the integration journey of Shell MIDEL and provide a look ahead to the future developments stakeholders across the value chain can expect from Shell MIDEL.

Speaker's bio

Richard New was appointed as Managing Director at MIDEL & MIVOLT Fluids Ltd on 1^st Jan 2024 following Shell’s acquisition of MIDEL and MIVOLT business from previous owner &I Materials.  With a near 20-year career at Shell, Richard has led the business through its integration journey and has a genuine passion for the energy transition and technology.  Previously, Richard led Shell’s Global Key Accounts organisation for fleet and E-mobility customers and has held a number of operational and commercial roles in Shell Downstream.  He has lived in Europe, South Africa and Canada, holds a Masters of Business Administration (MBA) from Warwick Business School and resides in Cheshire, UK (very close to MIDEL’s production facility in Manchester!) with wis wife Vicky and their four children.

Bruno Jurisic - Director of Business Unit Research and Development at KONCAR – Electrical Engineering Institute

Abstract

In the era of digitalization, monitoring systems have become a cornerstone of the power grid infrastructure, serving as strategic investments to drive sustainable development. By collecting vast amounts of online operational data, commonly referred to as big data, these systems enable comprehensive insights into equipment performance and condition. This wealth of information facilitates proactive maintenance strategies, optimizing operational processes, enhancing performance, and extending the lifespan of critical infrastructure. Integrating offline and online measurement techniques into a unified framework—known as intelligent condition monitoring—further enhances the reliability of primary equipment such as power transformers and switchgears, ensuring greater resilience across the power network. Advanced techniques, including partial discharge monitoring and transient analysis, provide deeper insights into equipment health and potential failure modes. In addition, utilizing a unified technology platform for monitoring various types of primary equipment supports the standardization of monitoring practices across the grid. This harmonization streamlines efficient asset management while leveraging big data analytics to drive the digital transformation and sustainable advancement of power networks.

Speaker's bio

Bruno Jurišić earned his PhD in 2016 through a joint program between the University of Zagreb, Croatia, and the University Blaise Pascal, France. His doctoral research focused on methods for calculating high-frequency transmitted overvoltages through power transformers. Currently, Bruno serves as the Director of the Business Unit Research and Development at KONČAR - Electrical Engineering Institute. His work spans several key areas, including transformers, switchgears, rotating machines, monitoring systems, and laboratory testing. With over a decade of R&D experience related to power transformers, Bruno has authored

more than 10 scientific papers published in international journals indexed in the Scopus database and over 50 papers presented at international conferences. An active member of CIGRÉ, Bruno holds the position of SC A2 Croatian representative. He also serves as the convenor of CIGRÉ JWG A2/C4/D1.77: Design of Transformers for Very Fast Transient Overvoltages and is the task force leader of CIGRÉ WG A2.63: Transformer Impulse Testing. Additionally, he contributes to several other working groups, including JWG B2/C1.86: Approach for Asset Management of Overhead Transmission Lines, JWG C4/A3/B2/B4.75: Guide to Procedures for the Creation of Contamination Maps for Outdoor Insulation Coordination, and JWG A2/D2.65: Transformer Digital Twin – Concept and Future Perspectives.

Speaker's bio

Jean Sanchez is a senior transformer engineer at EDF, a French main generation utility, mostly on

investigations, tests and their associated diagnosis, FAT, HV bushings, and fleet assessments. He acquired a PhD in power transformer fault diagnosis in 2011, with a French power transformer reparation factory.

Dr. Turgut TAŞKIN (Ph.D.EE) - General Manager at Huaming Power Equipment Co., Ltd

Abstract

On-Load Tap Changer is the core component of transformer which is the only moving part inside. It needs to withstand mechanical forces and current during operation. It will experience varying degrees of heating, aging and contact wear.

In this regard, meeting the reliability and stability requirement of OLTCs is vital. Therefore users need real time perception of operating status of OLTCs with an On-Line Monitoring Systems.

Speaker's bio

Turgut TASKIN was born in Türkiye in 1967. He received his bachelor degree in 1989 from Middle East Technical University (METU).

He has worked for Turkish State Railways and Turkish Electricity Authority as Project and Chief Engineer respectively between 1989 and 1993. He worked for Istanbul Electricity Master Plan Project and made a contribution in determining the best Medium Voltage Level (34.5 kV) for Istanbul with his Master’s Thesis in 1993 in METU. He has done his PhD Degree between 1993 and 1999 in RMIT University, Melbourne, Australia and worked there as Research Assistant and Lecturer. He has worked for ALSTOM, BEST and SIEMENS between 2000 and 2015 as Sales Director. He has been working as General Manager for Huaming Türkiye since 2015.

Martina Willman, Marketing Manager at MOBITRON

Abstract

In the power industry, protecting sensitive equipment such as transformers, switchgear, gearboxes, and electronics during transport is crucial to preserve their functionality and extend their lifetime.

This presentation will focus on the role of Impact & Shock Recorders in monitoring shock, vibration, and environmental conditions during transport. We will explore how integrated real-time data transfer improves supply chain visibility, increases stakeholder collaboration, and streamlines data management to enable faster and more informed decisions.

We also look at how GPS tracking and customizable thresholds allow immediate reaction to potential problems while providing accurate data for warranty and insurance claims.

Participants will learn how this technology increases asset protection, operational efficiency, and accountability in transport processes.

Speaker's bio

Martina Willman has extensive experience in transport monitoring, focusing on helping companies minimize transport damage using an Impact and shock Recorder. With over 15 years of experience at Mobitron, she has collaborated with businesses to enhance supply chain visibility and optimize operational efficiency.

She has actively participated in conferences, sharing her insights on improving transport monitoring and the capabilities of shock and impact recorders. Passionate about innovation, Martina empowers businesses to make informed, data-driven decisions.

Bozena Odobasic - Sustainability Specialist at KONCAR – Distribution and Special Transformers

Abstract

The transformer manufacturing industry has been at the forefront of adapting to regulatory pressures, market dynamics, and the broader push for electrification and the green transition, necessitating a fundamental rethinking of long-established business models and practices. The all-encompassing scope of sustainability demands a strategic and well-informed approach, requiring companies to rapidly build knowledge and agility to remain competitive. In this context, sustainability strategies play a vital role in defining a manufacturer’s vision and shaping its trajectory toward a resilient and sustainable future.

At KONČAR D&ST, we take pride in our deep expertise and adaptability to address both longstanding and emerging challenges. By developing and implementing innovative solutions, we meet stakeholder expectations and actively support the green transition within the transformer manufacturing sector. Sustainability continues to present us with opportunities to reaffirm our commitment to all our stakeholders.

Speaker's bio

Bozena Odobasic joined KONCAR - Distribution and Special Transformers (D&ST) in 2023 as a Sustainability Specialist, marking the beginning of her journey into sustainability within the transformers industry. She holds a Master’s degree in Sustainable Biotechnology from Aalborg University in Denmark, equipping her with a robust understanding of sustainability principles and their industrial applications. At KONČAR D&ST, Božena oversees non-financial reporting and coordinates sustainability-focused projects, driving forward the company’s commitment to sustainable transformation.

Speaker's bio

James Reid holds a MSc Reliability Engineering & Safety Management from Heriot Watt University and a BEng Chemical Engineering from University of Edinburgh.  He has been a chartered Chemical Engineer with the IChemE since 2002 and is also a member of ASTM.

Based in the UK, James leads the technical applications team providing global support for all the ester-based products manufactured by global specialty materials company MIDEL & MIVOLT Fluids Ltd, including the MIDEL range of dielectric liquids.

Prior to joining the technical team at MMFL in 2019, James has over two decades experience in technical and operational management roles with major UK utility, leading international chemical, and specialist oil companies.

Speaker's bio

Fernando Melo is a seasoned professional with over 20 years of experience managing large multidisciplinary projects in challenging and multicultural environments. With extensive technical background, currently serving as Global Product Manager at Siemens Energy, he is an expert in Service Lifecycle Management and power transformer design. Fernando holds a Master’s degree in Innovation and Project Management and a Bachelor’s degree in Industrial Engineering. He is also a certified Black Belt in Lean Six Sigma. Known for his strategic thinking and leadership, he is dedicated to driving innovation and delivering exceptional value to customers.

Petra Gomez Alfaro-Kalteis - Head of Sales at Kansai Helios Austria

Abstract

In a world where sustainability is not an option but a must a special emphasis has to be put on coatings. In the design and functionality of a transformer coatings play a vital role. In our presentation we would like to guide you through the different types of coatings you find inside or on the outside surfaces of transformers as well as for the CRGO-steel which is part of the transformer core.

Speaker's bio

Petra has been working for different coating’s companies since 2009. Since 2013 she has been the Head of Sales for Electrical Insulating Varnishes and since 2022 the Head of Sales for Kansai Helios Austria.

She holds a Masters degree in International Business Administration from the Vienna University of Economics and Business

Stefan Kobor - Head of the Segments Protective Coatings and Freight Wagon at Kansai Helios Austria

Speaker's bio

Stefan has been working in the Protective coatings environment for more than 35 years. Since 4 years he has been the Head of the Segments Protective Coatings and Freight Wagon.

Marius Grisaru - Senior Consultant, MICAFLUID

Abstract

The growing focus on efficiency and sustainability has made transformer oil treatment essential in asset management. This session explores the evolution of oil testing and treatment, from its origins in the 19th century to advanced, eco-friendly methods that enhance transformer lifespan and reduce environmental impact.

Micafluid, a leader in oil treatment since 1913, offers innovative technologies to optimize transformer performance and minimize failures. Key topics include:

• Evolution of Oil Testing: From historical standards to modern IEC and ASTM practices.
• Sustainable Solutions: Micafluid’s advanced purification methods beyond conventional filtration.
• Oil Treatment Innovations:
  • Thin-film degassing for superior gas and moisture removal.
  • Full oil reclamation through advanced filtration techniques.
  • Real-time monitoring with MicaSonic™ and IoT diagnostics.
• Beyond Mineral Oil: Specialized treatment for synthetic esters and biodegradable fluids.
• Sustainability & Reliability: Environmental and financial benefits of proactive maintenance.
• Case Studies: Real-world examples of extended transformer life and reduced failures.

Join this session to discover how Micafluid’s cutting-edge solutions are advancing transformer maintenance and sustainability.

Speaker's bio

Marius Grisaru is on a mission to support electrical engineers and transformer owners who maintain and run their priceless assets by carrying out the necessary oil testing and treatment.

He has had more than 31 years of unique experience in global consulting, sampling, carrying out significant insulating oil tests, and transformer diagnosis – from design and energising to post-mortem examination. He is a trained electrician and holds an M.S. in analytical chemistry.

Mr. Grisaru has been publishing columns in Transformers Magazine since 2014 and, in addition. He has authored and co-authored a series of technical articles, IEC standards, CIGRE brochures, and presentations at international conferences on analytical chemistry of insulating oils and DGA.

Dr. Mauricio Soto - Global R&D Artificial Intelligence Program Manager at Hitachi Energy

Abstract

Dr. Mauricio Soto explores the transformative potential of AI and digitalization in driving sustainable development in the power industry. The talk will show examples of how these technologies are fundamental enablers for achieving environmental, economic, and social sustainability. Dr. Soto will illustrate how AI and digitalization contribute to a more responsible and efficient future for the industry by focusing on advancements in safety, scalability, and productivity, ultimately fostering a broader sustainable development journey.

Speaker's bio

Dr. Mauricio Soto, Global R&D Artificial Intelligence Program Manager at Hitachi Energy.

His work involves creating AI models for the design, manufacturing, and monitoring of transformers. At Hitachi Energy, he is in charge of driving artificial intelligence innovation, strategy, intellectual property, collaborations, IEEE/Cigre participation and publications. He obtained his Ph.D. and M.Sc. from the School of Computer Science at Carnegie Mellon University.

Dr. Soto, senior member and leader of IEEE and Cigre, was recognized as “Individual with Exceptional Ability in the National Interest” by the U.S. Government and has served as program committee member for six international conferences, as keynote speaker, published 15+ research papers, and 5 patents.

Pramod Rao - Senior Technical Advisor at Yash Highvoltage Ltd. 

Abstract

Transformer Bushings are vital components of HV and EHV Power Transformers to connect the Transformer Winding Leads to the Transmission & Distribution Networks. With the significant growth of Power System, there is an exponential growth in requirement of Transformer Bushings. In addition, some ageing networks require replacement bushings to be readily available. There are various national & international standards followed by various utilities and few utilities have their own specifications. This results in various bushing frameworks/models needed to be available to meet such fast-growing requirements. In this presentation, Various Aspects related to Harmonization of Specifications are explained in details and also suggested is the approach which can be adopted by Utilities, thus facilitating easy and ready availability of Transformer Bushings. 

Speaker's bio

Mr. Pramod Rao is an electrical engineer with over 43 years of experience in highvoltage engineering and power industry. His experience spans from Design, Engineering, manufacturing, high voltage testing and ultimately leading the business as P&L Head for Bushings and Instrument Transformers Industry in India. He advises Yash on several technical fronts including product design and development, process enhancement and manufacturing excellence.

Kim Jinwoo - Senior manager at Korea Electric Power Corporation

Abstract

The power system is growing larger and requires more sophisticated means of control due to electrification, technological advancements, and the growth of renewable energy power generation. Such changes may negatively impact a nation’s economy, as they require huge investments in the construction and operation of T&D infrastructure, create risks of wide-area outages, and reduce the T&D operator’s ability to quickly restore a failed system.

KEPCO offers a total solution for substation operation that covers the entire life cycle of all kinds of substations, incorporating the substation equipment diagnostic & analysis system (SEDA), the digital substation, the underground substation EPC, and more. SEDA provides opportunities for adequate wide-area condition monitoring and diagnosis of transformers with high reliability, thereby minimizing human errors and deriving optimal fault prevention and recovery solutions.

Speaker's bio

Jinwoo Kim has been working at KEPCO (Korea Electric Power Corporation) for twenty years as a senior manager in condition monitoring technologies for substations and fault investigation. His main achievements include developing a comprehensive substation condition monitoring system applied to KEPCO substations and establishing its evaluation test technologies. He received an M.S. in Electrical Engineering from Northeastern University (Boston) in 2022.

Yoon Hyundoek - Senior manager at Korea Electric Power Corporation

Abstract

The power system is growing larger and requires more sophisticated means of control due to electrification, technological advancements, and the growth of renewable energy power generation. Such changes may negatively impact a nation’s economy, as they require huge investments in the construction and operation of T&D infrastructure, create risks of wide-area outages, and reduce the T&D operator’s ability to quickly restore a failed system.

KEPCO offers a total solution for substation operation that covers the entire life cycle of all kinds of substations, incorporating the substation equipment diagnostic & analysis system (SEDA), the digital substation, the underground substation EPC, and more. SEDA provides opportunities for adequate wide-area condition monitoring and diagnosis of transformers with high reliability, thereby minimizing human errors and deriving optimal fault prevention and recovery solutions.

Speaker's bio

Hyundoek Yoon has been working at KEPCO (Korea Electric Power Corporation) for eleven years as a senior manager specializing in substation operation and management, emergency response, and troubleshooting. His main achievements include innovating substation operations, improving system reliability through the introduction of new technologies and automation systems, and leading key initiatives. He received an M.S. in Energy Policy from KEPCO International Nuclear Graduate School (KINGS) in 2022 and an MBA in International Trade from Anhalt University (Germany) in 2023.

Marcel Hilgers - Vice President Customers, Markets & Technology at thyssenkrupp Electrical Steel

Abstract

As a leading producer of grain-oriented electrical steel (GOES), thyssenkrupp Electrical Steel is committed to advancing the decarbonization of energy transmission and distribution grids. Our GOES forms the core of transformers, which are essential components in the value chain of Transmission System Operators (TSOs) and Distribution System Operators (DSOs). By utilizing our CO2-reduced materials, we play a crucial role in reducing the carbon footprint of these critical infrastructures.

This presentation will explore the collaborative efforts within the value chain to achieve decarbonization, emphasizing the importance of joint initiatives and partnerships. We will discuss the concept of green lead markets for CO2-reduced steel, driven by market participants aiming to establish climate-friendly basic materials markets.

Key stakeholders, including producers of CO2-reduced steel, transformer manufacturers, and grid operators, are pivotal in meeting national and European climate goals. Our collective aim is to support the establishment of a green lead market for energy grids and develop cost-efficient implementation strategies.

The presentation will also highlight a pilot project aimed at creating a supportive framework for the production and distribution of CO2-reduced products. This project will evaluate the potential for state incentives or cost-sharing mechanisms to promote the use of low-emission steel in transformers, ensuring compliance with national and European regulations.

By presenting technical solutions for CO2 reduction and proposing policy measures, we aim to contribute to the practical implementation of a green lead market. This initiative will foster innovation and collaboration, driving the transition towards a climate-neutral economy.

Speaker's bio

Marcel Hilgers is Vice President Customers, Markets & Technology at thyssenkrupp Electrical Steel.

He believes in listening to his customers and creating solutions to serve their true needs.

With over 20-year of experience in the global steel business, and thereof over 10 years serving the transformer industry, he now works intensely on the green transformation of both steel and transformers.

Marcel leads the sales, technical customer engineering and communications team at thyssenkrupp Electrical Steel – the European market leader in grain oriented electrical steel.

His key priority today is to inform the electricity industry about options to decarbonize the grid and to form alliances across raw material suppliers, transformer makers and electric utilities.

Christina Iosifidou - Head of Sustainability Grid Technologies at SIEMENS ENERGY

Abstract

During this presentation, we will focus on grid decarbonization through a comprehensive system-level approach, from substation to product design. Key discussion points will include the decarbonization of transformers and switchgear, highlighting advancements in performance and material efficiency as well as emphasizing on the integration of greener materials in grid technology products.

Further, we will explore the critical role of green market development and the need for collaboration with transmission system operators to drive the demand for more sustainable materials. We will also address next collaboration steps regarding an extension of the Power Transformer Sustainability Practice with DNV and CIGRE working group progress.

Speaker's bio

Christina Iosifidou is the Head of Sustainability Grid Technologies at Siemens Energy. In this role, she drives the decarbonization of products, solutions and services across the value chain. She holds a Masters degree in business engineering from the Technical University of Berlin. She started her carreer at Siemens Energy as PLM for Large Power Transformers, where she later worked as Global Innovation Sales Manager and gained valuable experiences in Austria and Brazil too. She strongly believes that decarbonization is not a choice; it’s a must to protect our planet for future generations. Achiving net zero is possible only by joining hands together, and for this goal, she involves all the relevant stakeholders to discuss strategies and, most importantly, to act.

Dr. Hugo Campelo - Senior Technical Advisor at NYNAS AB

Abstract

The sustainability is a level-playing field to achive critical societal goals of decarbonization and the return on sustainabaility is much broader than the traditional return on investment indicators used to take investment decisions.

The need for other indicators is evident. Those shall include not only the purchase price but also all the shadow costs/value associated with each different transformer oil. Over previous works we started naming them as enviromental cost indicators.

In last year TMIN in Madrid we presented and debated multiple cases studies of different transformers where such environmental cost indicators have been calculated for the first time using mainly craddle-to-gate data from the LCAs of different oils plus the associated transformer losses during operation.

This year we commit to keep improving those indicators by including more information from the use-phase and the end-of-life of each transformer oil – such as for example oil lifetime or efficient recyclability.

Speaker's bio

Dr. Hugo Campelo has more than 15 years of experience in the transformer industry. He is a chemical engineer and has an industrial PhD in the thermal modeling of large shell-type power transformers from the University of Porto, Portugal.

From 2006 to 2009 he started researching on thermal management of transformers as a consultant, and later in 2010, he joined the Efacec Transformers Business Unit. Up to 2023, he cross-cutted different R&D and engineering roles in Efacec from research and development to the global management of the technology of the group. In 2023 he joined Nynas as a technical expert on the application of transformer oils in power transformers, distribution transformers, instrument transformers, and switchgear. Hugo currently supports technical sales and marketing to external customers and end-users across Europe, the Middle East, Africa, and India.

He authored multiple publications related to transformers modeling, testing, and monitoring of transformers. He is a CIGRE expert actively involved in multiple Working Groups and a member of IEC Spanish TC 10.

Elie Beyrouti - Sales & Business Development Director at MATELEC

Abstract

In collaboration with our partners Thyssenkrupp Electrical Steel and Nynas, we aim to demonstrate that solutions already exist to use CO2-reduced components during the production phase, significantly reducing the carbon footprint.

This presentation will provide insights into the potential savings and the underlying technology, illustrated through two types of transformers.

By leveraging advanced materials and production processes, we highlight how these innovations contribute to a more sustainable and environmentally friendly manufacturing approach in the transformer industry.

Speaker's bio

An expert in the electrical industry with 30 years of experience across Europe, Africa, and the Middle East. Holds a Master’s degree in Electrical Engineering from both the Lebanese University (Lebanon) and ENSEEIHT (France), as well as a Master’s in Business Administration from ESA Business School (Lebanon) and ESCP-EAP (France). Currently serving as Sales & Business Development Director.

Marcel Hilgers - Vice President Customers, Markets & Technology at thyssenkrupp Electrical Steel

Abstract

In collaboration with our partners Matelec and Nynas, we aim to demonstrate that solutions already exist to use CO2-reduced components during the production phase, significantly reducing the carbon footprint.

This presentation will provide insights into the potential savings and the underlying technology, illustrated through two types of transformers.

By leveraging advanced materials and production processes, we highlight how these innovations contribute to a more sustainable and environmentally friendly manufacturing approach in the transformer industry.

Speaker's bio

Marcel Hilgers is Vice President Customers, Markets & Technology at thyssenkrupp Electrical Steel.

He believes in listening to his customers and creating solutions to serve their true needs.

With over 20-year of experience in the global steel business, and thereof over 10 years serving the transformer industry, he now works intensely on the green transformation of both steel and transformers.

Marcel leads the sales, technical customer engineering and communications team at thyssenkrupp Electrical Steel – the European market leader in grain oriented electrical steel.

His key priority today is to inform the electricity industry about options to decarbonize the grid and to form alliances across raw material suppliers, transformer makers and electric utilities.

Prof. Dr. Thomas Norrby - Technical Manager LUB & ELI from NYNAS AB

Abstract

In collaboration with our partners Thyssenkrupp Electrical Steel and Nynas, we aim to demonstrate that solutions already exist to use CO2-reduced components during the production phase, significantly reducing the carbon footprint.

This presentation will provide insights into the potential savings and the underlying technology, illustrated through two types of transformers.

By leveraging advanced materials and production processes, we highlight how these innovations contribute to a more sustainable and environmentally friendly manufacturing approach in the transformer industry.

Speaker's bio

Thomas Norrby was born in Stockholm, Sweden. In 1997, he graduated with a Ph.D. in Organic Chemistry with a Thesis on Artificial Photosynthesis, from KTH Royal Institute of Technology in Stockholm, Sweden.

With more than 25 years of industry experience, his current position with Nynas AB is as Technical Manager for the application areas Lubricants and Electrical Industry. His main tasks include Naphthenic base oil and transformer liquids product development and applications, lubricant application model studies and technical demonstrators, and technical support to the electrical industry. He also is very active in lecturing and in making presentations.

 
Before joining Nynas in 2014, he was responsible for lubricants R&D for Statoil Lubricant in different roles for over 15 years, more than 10 years as the R&D Manager for lubricants.

Thomas Norrby also holds a chair as Adjunct Professor at KTH Royal Institute of Technology (Sweden), at the Department of Machine Design. The focus of his industrial research is Tribology and Tribochemical investigations of base oils and lubricants.

Speaker's bio

Sofiane Allou leads UTEC’s business development and R&D activities, combining his business acumen with technical expertise to identify new market opportunities, develop partnerships, and lead the organization’s innovation agenda. He transitioned from his role as the Operations General Manager with P&L responsibility, where he achieved the company’s turnaround, positioning it as a key player in the market. Prior to that, Sofiane spent over 18 years with global industry players—Schneider Electric, Siemens, and GE, in various commercial and technical roles across three continents, working with local, regional, and global teams.

Speaker's bio

Graduated in Industrial Automation Engineering from the University of
Siena, in 2019 I completed an International Master in Business
Administration at Luiss Business School in Rome (AMBA accredited).
My professional career began at Tesar Italy in 2007, first as a Project
Manager for new investment and technologies, then, in 2012 as
Managing Director of Tesar Polska in Poland, where I moved to live for
five years with my entire family. There I directed the project of erection
of a new factory from scratch and the entire set up of the operations.
In 2017, R&S Group propose me to return to Italy for taking over the
position of Managing Director at Tesar Italy.

Paola Pachera - Process Engineering Manager at Essex Italy Srl

Abstract

The Project describes the activity of the development of a new thermosetting epoxy resin. This is characterized by improved curing conditions if compared to standard commercial epoxy resins present on the market today.

The study was carried out in cooperation with the R&D Department from IVA France (belonging to SUPERIOR ESSEX and Sister Company of Essex Italy), a consolidated producer of resins and enamels for electrical applications.

The new resin makes possible the optimization of the CTC columns building process thanks to a faster resin solidification (18 hours vs 48 hours) in combination with a reduced curing temperature (110°C vs 120°C).

Thanks to this outstanding result, it is possible to move another step in the direction of the reduction of the emissions, of the energy saving and to a more sustainable industrial process. Finally, the production capacity of the Power Transformers might increase thanks to the reduced curing time of the epoxy.

The new resin was expressly developed upon the request of one of the biggest European plant for Large Power Transformers, HVDC transformers included.

Speaker's bio

March 2012: Graduation in Bioengineering at University of Padova (Italy).

April 2016: PhD in Industrial Engineering, address: Chemical, Materials and Mechanical Engineering, at University of Padova (Italy)

Until January 2017: Post doctoral fellowship at the Centre for Mechanics of Biological Materials (CMBM), University of Padova (Italy).

Until August 2018: Process Engineer at Sweden&Martina. Field: Medical devices.

Until June 2020: Process Engineer at Livanova. Field: Medical devices.

Until now: Process Engineering Manager at Essex Italy Srl. Field: Energy."

Danijel Brezak - Research and Development Expert at KONCAR – Instrument Transformers

Abstract

Instrument transformers experience a lot of different dielectric, mechanical and thermal overloads during their lifetime. While many of these stresses are addressed through type and special tests outlined in international standards, evolving customer demands and TSO requirements have necessitated the development of new, specialized test methods. These custom methods, along with updates in standards such as IEC 61869-1:2023, have introduced additional testing requirements and revisions to existing procedures. From the perspective of laboratories performing these tests, there has been a notable increase in technical demands and resource allocation. At KONČAR – Instrument Transformers, we actively adapt to these changes by implementing new non-standardized test methods and staying at the forefront of updates to standardized requirements. We are also actively involved in the work of technical committees for international standardization organizations, ensuring alignment with the latest developments. Our expertise spans advanced test methodologies, including Line Discharge Tests, Ferroresonance Tests on Inductive Voltage Transformers (VTs), Internal Arc Tests, Accuracy Class Tests at high frequencies, and Transmitted Overvoltage Tests. By adhering to these rigorous standards, we ensure that KONČAR’s instrument transformers not only meet but exceed the demands of modern power grids. This positions us as international leaders in the innovation, manufacturing, and testing of instrument transformers.

Speaker's bio

Danijel Brezak brings extensive experience and a proven track record in leadership roles within KONČAR. Over the years, he has developed strong management skills while leading multidisciplinary laboratories and overseeing the service for product conformity assessment. His role required collaborating with large teams of experts across various divisions and maintaining effective communication with both local and international clients, honing his communication and negotiation expertise. As a Quality Assurance (QA) Manager, Danijel successfully managed internal,

external, and international audits in compliance with ISO/IEC 17025, ISO 9001, and ISO 14001 standards. He is also the President of the Technical Committee HZN/TO E42 – High Voltage Test Techniques under the Croatian Standards Institute and has published 10 scientific papers in international journals. Currently, Danijel serves as a Research and Development Expert at KONČAR – Instrument Transformers. He holds a Master’s degree from the Faculty of Electrical Engineering and Computing, University of Zagreb.

Douglas Maly - Editor-in-Chief at Switchgear Magazine

Abstract

As artificial intelligence reshapes nearly every industry, the power sector stands at a turning point. Yet for many engineers and utility professionals, AI remains a buzzword—distant, abstract, or even irrelevant to daily operations. This talk challenges that perception.

"AI and Power Systems: Who Cares?" is an exploration of why AI matters now more than ever. We’ll cut through the hype and report about how AI is already influencing grid stability, asset management, fault detection, energy forecasting, and even the economics of electricity markets. From digital twins to autonomous substations, we’ll showcase the innovations that are redefining what power systems can do—and who controls them.

Speaker's bio

Douglas Maly earned both a Master's Degree in Electrical Engineering and a Master's Degree in Japanese from the University of Wisconsin-Madison (USA). His career spans three decades, beginning with services and redesign of electric machines. Later he worked in a factory setting, building robots to auto mate high-volume production processes. Leveraging his hands-on manufacturing experience, he moved into electromagnetics and power electronics design, primarily for electric drivetrains. Douglas holds 16 patents.

Ever since his days at university while writing for "Wisconsin Engineer", Douglas has cultivated a side gig in technical writing and technical translation, culminating in his role as Editor-in-Chief of Switchgear Magazine. In addition to his profession al activities, Douglas likes mesh networking in unlicensed and amateur radio frequency bands, holding callsigns ND1D/9A5NDD.