Socio economic perspectives on fusion power for a sustainable future energy system
- Authors: Bustreo C.; Ben Ayed N.; Biberacher M.; Bongiovì G.; Borcsok E.; Cadenovic R.; Cok V.; Colucci G.; De Marchi E.; Dongiovanni D.N.; Ferencz Z.; Geysmans R.; Giacometti A.; Gracceva F.; Jones C.R.; Kembleton R.; Kenens J.; Lamut U.; Lechon Y.; Lerede D.; Lopes Cardozo N.J.; Meskens G.; von Muller A.; Olahne Groma V.; Oltra C.; Orlando M.T.; Povh J.; Prades A.; Savoldi L.; Stankiewicz P.; Trotta A.; Turcanu C.; Vitiello S.; Ward S.H.
- Publication year: 2024
- Type: Articolo in rivista
- OA Link: http://hdl.handle.net/10447/667245
Abstract
In the global effort towards the mitigation of climate change, low-carbon electricity generating technologies play a pivotal role. Nuclear fusion stands as a highly promising option for carbon-free electricity generation in a sustainable, reliable, affordable and socially acceptable future energy system. The EUROfusion work package "Socio Economic Studies" (WPSES) on fusion conducts research aimed at identifying social and economic conditions that can effectively support fusion deployment in future energy markets. Placing nuclear fusion in the broader context of energy and climate issues, the SES research explores fusion as an energy technology contributing to sustainable energy production for the future society. Because of the cross-cutting nature of the research, SES studies can provide decision-makers with scientific evidence relevant for shaping appropriate strategies in favour of fusion. This paper aims to offer the scientific community a thorough overview of EUROfusion SES research, addressing a gap in the current literature.