3E-Partnership Webinar: Power technologies for the net-zero target
Speaker: Filippo Bovera (Department of Energy, Politecnico di Milano)
June 17, 2024 | 9:00 a.m.
This seminar is part of the 3E-Partnership project-related activities. Fill in this form to register and click here to attend on Webex.
Contacts: Prof. Luigi Piegari | luigi.piegari@polimi.it
June 17, 2024 | 9:00 a.m.
This seminar is part of the 3E-Partnership project-related activities. Fill in this form to register and click here to attend on Webex.
Contacts: Prof. Luigi Piegari | luigi.piegari@polimi.it
Sommario
The decarbonization process will occur thanks to the deployment of new technologies, mainly based on electrical energy. During the webinar, the most important technological solutions will be presented from a techno-economic perspective, including photovoltaic, battery energy storage systems, heat pumps, and electric vehicles. Beyond their main technical characteristics and working principles, it will be possible to understand how their financing structure and business plan are defined, allowing a clearer view on the possible way to prompt their implementation.
This seminar is part of the 3E-Partnership project-related activities. Fill in this form to register and click here to attend on Webex.
This seminar is part of the 3E-Partnership project-related activities. Fill in this form to register and click here to attend on Webex.
Biografia
Filippo Bovera obtained a Ph.D. in Electrical Engineering and an MSc in Energy Engineering at Politecnico di Milano, both cum laude. He is currently a researcher at the Energy Department of Politecnico di Milano, where he lectures on subjects related to smart grids and regulation of electricity markets and networks. Since 2023 he serves as the University Energy Manager, representing it in the Energy Working Group of the RUS (Rete Università Sostenibili).
His research activity focuses on technical, economic and regulatory aspects dealing with the provision of flexibility and balancing services by multi-energy system, especially dealing with energy storage solutions, sector coupling and energy communities. He participated to several research projects in collaboration with institutional, industrial and academic stakeholders from the energy sector. His main expertise comprehends: optimization models for the design and operation of multi-energy systems, statistical inference and machine learning tools applied to electricity markets, regulatory and policy aspects related to electricity markets and networks.
His research activity focuses on technical, economic and regulatory aspects dealing with the provision of flexibility and balancing services by multi-energy system, especially dealing with energy storage solutions, sector coupling and energy communities. He participated to several research projects in collaboration with institutional, industrial and academic stakeholders from the energy sector. His main expertise comprehends: optimization models for the design and operation of multi-energy systems, statistical inference and machine learning tools applied to electricity markets, regulatory and policy aspects related to electricity markets and networks.