Angelo Baggini
Chairman CENELEC Technical Committee 14 Power Transformers, Professor, University of Bergamo
Angelo Baggini has a PhD in electrical engineering from the University consortium of Pavia, Pisa, Cagliari, Firenze (Italy) in 1997. He is aggregate professor of Electrical Engineering at University of Bergamo (Italy) and international consultant in the electrical energy sector (ECD Pavia Italy), since 2013 he is chairman of Cenelec TC14. He started his research work both in CESI Metrological Lab in Milan and in the Electrical Engineering Department of University of Pavia focusing on EMC and PQ aspects of electrical measurements and electrical machines. Author of over 200 technical and scientific papers, and of PQ Handbook (2008) and Electrical Energy Efficiency (2012), both published by Wiley and Sons. Prof. Baggini is member of IEC TC14, convenor of IEC TC14 AHG35, and chairman of CEI TC97.
2024 Agenda Sessions
Panel Discussion: The Impact of a Potential Tighter Energy Performance Regulation for Transformers
The current Ecodesign regulation for transformers (EU 2019/1783) is under review. Two important items being analysed are the pertinence of higher energy performance standards, as well as the introduction of circular economy requirements. The European Copper Institute has conducted a quantitative comparison between various scenarios and design strategies, determining the total cost of ownership and the impact in terms of material use and life cycle assessment.
- Can alternative design strategies uncouple energy efficiency from material use?
- How far do lower energy losses reduce the material use in power generation?
- Will the saving in energy losses compensate for the higher unit cost?
Wednesday 15 May 10:30 - 11:15 Central Stage
Transformers Market Trends & Innovations
The current Ecodesign regulation for transformers (EU 2019/1783) is under review. Two important items being analysed are the pertinence of higher energy performance standards, as well as the introduction of circular economy requirements. The European Copper Institute has conducted a quantitative comparison between various scenarios and design strategies, determining the total cost of ownership and the impact in terms of material use and life cycle assessment.
- Can alternative design strategies uncouple energy efficiency from material use?
- How far do lower energy losses reduce the material use in power generation?
- Will the saving in energy losses compensate for the higher unit cost?
