Sustainable Development Strategies for T&D

Richard Schomper - Product & Sales Manager Transformer Diagnostics

Abstract

As the global energy landscape undergoes a radical transformation towards decarbonization, power grids face unprecedented stress from volatile renewable inputs, the rise of electromobility and AI Data centers.

By 2030, maintaining grid resilience will be a critical challenge, with long lead times for new transformers and aging transformer fleets acting as potential points of failure.

This presentation explores the strategic shift from reactive maintenance to Advanced Transformer Monitoring.

Integrating high-precision measurement sensors with AI-driven Transformer Monitoring enables operators to fully transition to predictive, condition-based maintenance strategies.

We will examine how real-time data on Thermal behavior, Load patterns, DGA-, Bushing- and PD- Measurements allow for a more dynamic utilization of assets without compromising safety.

Attendees will learn how digital intelligence redefines transformers from passive hardware into active grid nodes, ensuring a reliable and stable energy supply for the 2030 grid infrastructure.

Speaker's bio

Richard Schomper is the Product Manager of Transformer Monitoring for MTE Meter Test Equipment AG and also the Area Sales Manager for several West- and Central European Countries like the Netherlands, Belgium, France, Poland, Slovakia, and Czech Republic. Richard holds a Master of Science in High Voltage Technology & Management from the Technical University of Delft in the Netherlands. Before joining MTE, Richard worked for almost 20 years for HAEFELY AG as a Transformer Specialist in different roles, starting as a young Technical Application Engineer, to become a Product Manager, Project Manager, and slowly venturing more into Sales, becoming a Sales Manager and Business Development Manager. At MTE, Richard supports his sales colleagues and customers with technical knowledge, presentations, and other marketing material for the complete HYDROCAL Transformer Monitoring Product Line, while continuously improving the products and gaining valuable insights from the transformer market and its customers.

Mauricio Soto - Global R&D Artificial Intelligence Program Manager

Abstract

Sustainable development in T&D begins with smarter, cleaner transformer design, leveraging AI‑driven generative engineering, physics‑informed models, and material‑efficient optimization to reduce losses, minimize environmental impact, and extend asset life. In manufacturing, digitalization enables automated quality inspection, predictive process control, and defect‑root‑cause analysis, creating safer, more efficient factories that reduce waste and energy consumption. By uniting advanced design intelligence with next‑generation manufacturing systems, the transformer industry can deliver greener, more reliable products that underpin a resilient and decarbonized grid.

Speaker's bio

Dr. Mauricio Soto, Global R&D Artificial Intelligence Program Manager at Hitachi Energy.
Dr. Soto drives artificial intelligence innovation, strategy, and product development within Hitachi Energy. He obtained his Ph.D. and M.Sc. from the School of Computer Science at Carnegie Mellon University. His work involves training, testing and deployment of AI systems for the design, manufacturing, and monitoring of transformers.
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 seven international conferences, as keynote speaker, published 15+ research papers, and 10+ patents.

Mehmet Korkut Polat - Founder and Chief Executive Officer

Abstract

The global transformer industry is undergoing rapid transformation, driven by grid modernization, renewable energy integration, and evolving supply chain dynamics. Manufacturers are under pressure to scale production efficiently while maintaining the highest standards of quality, reliability, and testing capability.

This presentation will explore TransfoMax’s strategic roadmap to expand annual production from 6,500 MVA to 20,000 MVA, while enhancing its capabilities in manufacturing power transformers up to 50 MVA and 69 kV. It will also highlight the company’s plans to establish a European office and assembly facility, enabling faster delivery, localized service, and closer collaboration with European utilities and EPC contractors.

Attendees will gain insights into scaling transformer manufacturing, strengthening testing and quality assurance processes, and positioning a regional manufacturer as a competitive player in the global transformer market.

Speaker's bio

Mehmet Korkut POLAT is the Founder and Chief Executive Officer of TransfoMax, established in 2007. Under his leadership, TransfoMax has become a leading regional transformer manufacturer, with an annual production capacity of 10,000 distribution transformers and 6,500 MVA.

The company produces power transformers up to 50 MVA and 69 kV, serving utilities, contractors, and industrial customers across Europe, the Middle East, and Africa. Polat’s strategic vision emphasizes expanding production capacity to 20,000 MVA annually, broadening the power transformer portfolio, and establishing a European office and assembly facility to enhance operational reach and customer support in European markets.

Antonio Boccuni - Marketing & Intelligence Manager

Abstract

The T&D sector is undergoing rapid transformation as supply‑chain constraints, rising demand, and evolving system architectures challenge traditional approaches to grid reliability. The speech explores how new testing trends such as integrated system validation, advanced certification requirements, and data‑informed diagnostics are reshaping the way utilities and manufacturers plan, qualify, and deploy substation equipment.

Speaker's bio

Antonio Boccuni is currently responsible for the Marketing & Intelligence Unit of KEMA Labs. He has more than 10 years of technical-sales experience in testing industry of power cables and 5 years in engineering of high voltage switchgears. He holds an Electrical Engineering degree from Pavia University, Italy and an Executive MBA in Bocconi University.

Dr. Bhaba Priyo Das - Regional Manager (Asia Pacific)

Abstract

Across the various condition monitoring options available for transformer health, Online Dissolved Gas Analysis (ODGA) has become the go‑to early warning system. Yet     too often, alarm logic still relies on static ppm thresholds that ignore a unit’s context, leading to nuisance alarms and operator fatigue. This presentation presents a practical, standards‑aligned methodology moving from fixed limits to transformer‑specific baselines, population statistics, and noise‑robust Rate‑Of‑Change (ROC) and explains how to cut false positives without compromising sensitivity. It draws on advice from IEC 60599, IEEE c57.104‑2019, CIGRE TB 771 & TB 783, and recent industry experiences.

Speaker's bio

Dr. Bhaba P. Das is the Regional Manager (Asia Pacific) for Dynamic Ratings Australia, based in Wellington, New Zealand. He is a Senior Member of IEEE, Young Professional of IEC, Member CIGRE NZ A2 panel, Member of Engineering New Zealand and Executive Editor of Transformers Magazine. He has published 40+ technical articles in various peer reviewed international journals and magazines. He has three patents in New Zealand & Australia related to condition monitoring. He has been awarded the best author of 2025 and 2023 by voters of Transformers Magazine, a leading worldwide publication on Transformers.

He has previously worked at Hitachi Energy Transformers Business Unit in Singapore & ETEL Transformers Ltd in Auckland, New Zealand. He has completed his PhD in Electrical Engineering from the University of Canterbury, New Zealand and Bachelors Degree in Electrical Engineering from University of Gauhati, Assam, India.

Gordana Kasanic - Head of Strategic Procurement - KONCAR – Distribution and Special Transformers 

Abstract

In today’s increasingly unpredictable geopolitical and economic landscape, resilient supply chains have become a defining element of industrial competitiveness. Recent disruptions, from geopolitical tensions in the Middle East to instability along key maritime corridors, underscore the need for rapid response capability, structured risk management, and agile decision‑making.

This presentation will explore how strategic procurement, proactive supplier engagement, and diversified logistics networks strengthen operational resilience in volatile conditions. It will highlight best practices such as real‑time monitoring of suppliers and transport routes, early risk identification, flexible logistics models, and the value of long‑term partnerships built on transparency and trust. The discussion will also emphasize the role of digitalization in enhancing visibility and accelerating decision cycles.

Finally, the session will address emerging demands shaping modern supply chains, including ESG compliance, customer sustainability expectations and regulatory frameworks such as CBAM, which increasingly influence sourcing strategies and operational planning.

Speaker's bio

Gordana Kasanic holds a postgraduate scientific degree from the Faculty of Economics & Business in Zagreb (2004) and has continuously advanced her professional, business and leadership capabilities. She is a Head of Strategic Procurement in Končar D&ST Inc., with more than 20 years of experience in managing procurement processes, supplier relationships, and procurement transformation in demanding industrial environments. Her work is focused on the strategic development of procurement, strengthening supply‑chain resilience and building long‑term partnerships that enhance both competitiveness and sustainability. She is dedicated to driving cost optimization, developing supplier networks and leading initiatives that support digital transformation and ESG objectives.

Danijel Brezak - Head of R&D Department - KONCAR – Instrument Transformers

Abstract

When power transformers are considered, asset management is one of the key factors in ensuring the sustainability and longevity of critical components within the power transmission network. In contrast, instrument transformers are typically classified as Transmission & Distribution equipment, even within CIGRE working groups, and have historically received less attention in terms of lifecycle management and sustainability. In recent years, the penetration of Power Voltage Transformers into power systems worldwide has been very prominent and they are widely used for both station service and rural electrification. Given that they can be considered as critical infrasturcture which blurs the lines between conventional worlds of power and instrument transformers, the importance of adequate asset managamenet becomes an important factor. Furthermore, our goal is to provide cutting-edge integrated solutions that push the envelope of what was thought possible in the instrument trasnformer industry.

This is why we are coupling the recently introduced SVE transformer, which integrates the functions of power delivery, voltage and current metering, with a monitoring system tailored to such unit type. This creates a truly unique solution on a worldwide level. Aside from the features of the unit itself, the adjoint monitoring system will provide all necessary parameters that can be used to continuously keep track of the health status of the unit. In addition to that, the proposed system allows tracking and measurements of transients. This means that every SVE or power voltage transformer, can now provide information on what is happening in the system, including very fast transients, switching and disconnect operations as well as atmospheric events. 

The presentation will showcase the main parameter of the system and focus on all advanced features and benefits embedded within. Such a system provides access to parameters and functions grid operators have not had before, while simultaneously mitigating the risk of exposing critical infrastructure to operation scenarios they are not necessarily designed for. This ultimately serves as a significant value adder to the sustainability, longevity, and reliability of the overall system.

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 more than 10 scientific papers in international journals. Currently, Danijel serves as a Head of Research and Development Department at KONČAR – Instrument Transformers. He holds a Master’s degree from the Faculty of Electrical Engineering and Computing, University of Zagreb.

Vladimir Poljancic - Senior Researcher - KONČAR – Electrical Engineering Institute

Abstract

The presentation showcases the physical Gas insulated switchgear (GIS) test setup thas has been assembled in 2025. with the main puprpose of invoking partial discharges (PD) related faults of various types, characters and parameters. The patterns are then used for machine learning (ML) while various methods, neural network models and configurations are researched and evaluated. It demonstrates one of the practical possibilities AI tehcnologies can provide for the industry. 

Speaker's bio

Born in Croatian highlands in 1983. and after master's engineering degree focused on electrical rotating machines design at the University of Zagreb, Vladimir joined KONČAR – Generators and Motors Inc. and obtained various positions such as Senior Designer, Deputy Head of Electromagnetic design and finally Head of Sales and Project management Deparments. During a 3 years shift to private sector, he worked as a Head of R&D Department at Purić LTD developing project in field of automation, robotics and digitalization. After return to KONČAR – Electrical Engineering Institute LTD, Vladimir continues to blend modern technologies with traditional machinery domain know-how while attracting next generatoins into to the energy bussiness.

Thomas Norrby - Technical Manager - Lubricants and Electrical Industry

Abstract

• Bio-based hydrocarbon oil, given to its ultra-low viscosity, is being explored in more and more application segments
• Its powerful combination of improved technical performance and improved sustainability credentials has been driving more and more curiosity about its potential benefits
• Broader drivers such as growing infrastructure on one hand and the phase out of some historical synthetic aromatic liquids on another are pushing for novel approaches and solutions
• In this work we focus on disseminating the latest examples of the application of this bio-based hydrocarbon liquid in specialized contexts such as instrument transformers, reactors and retroffited transformers
• The goal is to update the audience regarding the market uptake of this liquid, share its latest experience while reflecting on different value propositions for each application segment

Speaker's bio

• Technical Manager Electrical Industry
• Education: Ph.D. in Organic Chemistry (1997), KTH Royal Institute of Technology, Stockholm Sweden
• Adjunct Professor in Tribochemistry, Engineering Design @ KTH
• 16 years of Lubricants R&D with Statoil Lubricants (In Nynäshamn, Sweden)
• Joined Nynas AB in October 2014
• Member of CIGRE and TC 10 (Sweden)
• I do a lot of technical marketing, training, teaching and technical writing
• 100+ technical papers and conference publications
• I enjoy applied science and working with creative people

Griffin Burk - Senior Research Scientist, Ergon Specialty Solutions Innovation

Abstract

The global transformer industry is undergoing a period of accelerated change, driven not only by evolving grid demands but also by significant updates within key international technical standardization bodies, including ASTM, IEC, CIGRE, and IEEE. These organizations play a central role in shaping the specifications, testing methods, materials, and operational practices that govern transformer design and performance worldwide. As their committees introduce new working groups, revise existing standards, and expand focus areas, the downstream impacts extend far beyond engineering and are affecting supply chains, product strategy, regulatory alignment, and competitive positioning.

This presentation provides a high-level overview of recent developments across these major committees, highlighting the growing emphasis on sustainability, alternative insulating fluids such as natural and synthetic esters, digital monitoring technologies, and evolving testing and performance expectations. Increased coordination between organizations is also driving greater global harmonization of standards, reducing regional fragmentation but simultaneously raising the bar for compliance and innovation.

From a business perspective, these changes present both opportunities and risks. Companies that stay closely aligned with standardization trends are better positioned to anticipate market shifts, influence emerging requirements, and accelerate adoption of new technologies. For example, the expanding recognition of ester-based fluids and enhanced fire safety requirements is reshaping customer preferences and opening new market segments, while also requiring adjustments in manufacturing, qualification processes, and product messaging.

At the same time, increased standard complexity and faster revision cycles can introduce challenges, including higher compliance costs, the need for continuous internal education, and potential misalignment across global markets. Organizations must balance proactive engagement in standards development with the agility to adapt their product portfolios and business strategies accordingly.

This session will focus on translating committee-level activity into clear business insights, helping attendees understand why these developments matter and how they influence decision-making across sales, marketing, product development, and strategic planning. Rather than diving into technical detail, the discussion will emphasize practical takeaways, including how to monitor relevant standards activity, identify emerging trends early, and leverage participation in these committees as a strategic advantage.

Ultimately, understanding the direction of ASTM, IEC, CIGRE, and IEEE is not just a technical exercise, but is a critical component of staying competitive in a rapidly evolving energy landscape.

Speaker's bio

Griffin Burk received his B.S. in Chemistry from Mississippi College and his Ph.D. in Analytical Chemistry from Mississippi State University. Griffin has been with Ergon since 2019 and started as a research chemist with Ergon Refining. Since, he has moved to specializing in quality, production, R&D, and technical support for Ergon’s Dielectric Fluid products.

Griffin is currently a Senior Research Scientist in Ergon’s Specialty Solutions Innovation team. He is an active member of IEEE, CIGRE USNC, IEC TC10/TC14 USNC (MT Convenor), and ASTM (Chair of subcommittee D27.01 and D27.04).

Griffin is heavily involved in Ergon’s research team developing new global product solutions along with finding new applications for current products.

Fernando Nuno - Clean Energy Transition Programme Manager

Abstract

This presentation explains the main routes for the production of copper wire rod, the key raw material for CTCs and winding wire used by the transformers industry. Frequently asked questions will be answered, such as the suitability of recycled copper in transformer conductors, the convenience to specify high recycled content, the way forward for the harmonisation of environmental impact reporting, EU supply resilience and copper availability.

Speaker's bio

Fernando Nuño is an energy engineer. He initiated his career in the field of design of power plants and regulation of electricity markets. In 2007 he joins the International Copper Association, overseeing the development of the power cable, electric motor, and transformer markets. His work combines technical analysis and policy aspects, with an expertise in sustainability, economic modelling, and strategic marketing and advocacy.

Chaitra Satish - Sustainability Engineer

Abstract

This presentation discusses how sustainability considerations are integrated across the transformer lifecycle, from early design decisions to end-of-life management. Key topics include material selection and design choices that influence efficiency and losses, manufacturing practices that affect emissions and resource use, and operational factors such as energy performance and maintenance. The session also addresses supply chain engagement, regulatory drivers, and approaches to extending asset life and managing end-of-life responsibly. Together, these aspects highlight practical ways the transformer industry can reduce environmental impact while meeting performance and reliability requirements.

Speaker's bio

Chaitra Satish is a Sustainability Engineer at the R&S Group, with an engineering background and experience in sustainability analysis, supplier engagement, and community initiatives within the energy equipment sector. Her work focuses on energy efficiency, emissions reduction, and responsible practices across the transformer lifecycle.

Sofiane Allou - BD and R&D Director

Abstract

Grid evolution is experiencing a design change and topology that is enforcing voltage levels that were not so common in most of areas and geographies. Our case is related to 30-40.5kV level in the primary and secondary distribution. For that specific level, primary equipment’s and in particular switchgears were not given much attention with regards to design optimization and ease of operation. UTEC is proposing a solution that addresses some of the challenges from its innovative design and the integration of state of art monitoring instruments to give a customer a safe and smooth operating experience

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 operation’s general manager with P&L responsibility, where is achieved the company’s turnaround, positioning the company as a key player in the market.

Prior to that, Sofiane spent over 18 years with the global industry players, Schneider Electric, Siemens and GE in various commercial and technical roles across 3 continent working with local, regional and global teams.