The Impact of Technology Pathways on Power-Sector Assets Stranding
Existing power plants globally have a capacity that is large enough to emit greenhouse gases beyond the limits of a 2°C carbon budget. Some of these plants will have to be stranded. This paper estimates the amount of asset stranding required to meet the 2°C target under different technological pathways. We find that 314.1 kTWh of global electricity generation from fossil fuels need to be stranded between 2021 and 2100 to abide by the 2°C target. This is 12 years of global electricity generation at 2018 level. Carbon capture and storage (CCS) and negative energy technologies (NETs, e.g. bioenergy) could reduce the global fossil fuel assets stranding by 50% and 25% respectively. While CCS and NETs have the potential to relax the climate pressure on the electric sector, large amounts of power-generation infrastructure would still have to be stranded even if these options were upscaled to tackle climate change.
Date:
13 February 2020, 15:00 (Thursday, 4th week, Hilary 2020)
Venue:
Manor Road Building, Manor Road OX1 3UQ
Venue Details:
Seminar Room C
Speaker:
Yangsiyu Lu (Economics of Sustainability, INET Oxford)
Organising department:
Institute for New Economic Thinking
Organiser:
Susan Mousley (INET Oxford Admin Team)
Organiser contact email address:
info@inet.ox.ac.uk
Part of:
INET Oxford Researcher Seminars
Booking required?:
Required
Booking email:
info@inet.ox.ac.uk
Audience:
Members of the University only
Editor:
Susan Mousley
