IFE Brage
Not a member yet
1015 research outputs found
Sort by
Stability analysis of a granite-based geopolymer sealant for CO<inf>2</inf> geosequestration: In-situ permeability and mechanical behavior while exposed to brine
No full textpublishedVersio
Examining the Use of Intelligent Conversational Voice-Assistants for Improved Mobility Behavior of Older Adults in Smart Cities
Full text linkpublishedVersio
Employment of dopant-free fluorene-based enamines as innovative hole transport materials to boost the transparency and performance of Sb<inf>2</inf>S<inf>3</inf> based solar cells
No full textpublishedVersio
Floating photovoltaics: modelled and experimental operating temperatures and the impact of wind speed and direction
Full text linkpublishedVersio
Identifying and analysing important model assumptions: Combining techno-economic and political feasibility of deep decarbonisation pathways in Norway
Full text linkpublishedVersio
Identifying and analysing important model assumptions: Combining techno-economic and political feasibility of deep decarbonisation pathways in Norway
Full text linkUnderstanding the political feasibility of transition pathways is a key issue in energy transitions. Policy changes are a significant source of uncertainty in energy system optimisation modelling. Energy system models are nevertheless continuously being updated to reflect policy signals as realistically as possible. Using the concept of transition pathways as a starting point, this cross-disciplinary study combines energy system optimization modelling with political feasibility of different transition pathways. This combination generates insights into key political decision points in the ongoing energy transition. Resting on actor support structure and political feasibility of four main pathway categories (electrification, hydrogen, biomass, and energy efficiency), we identify critical model assumptions that are politically significant and impact model outcome. Then, by replacing the critical assumptions with technical limitations we model a scenario that is unrestrained by assumptions about policy, we identify areas where political choices are key to model outcomes. The combination of actor preferences and modelled energy system consequences enables the identification of future key decision points. We find that there is considerable support for electrification as the main pathway to net-zero. The implications of widespread electrification, in terms of energy production and grid capacity, lead us to identify challenging policy decisions with implications for the energy transition.Identifying and analysing important model assumptions: Combining techno-economic and political feasibility of deep decarbonisation pathways in NorwaypublishedVersio
Privacy Issues, Attacks, Countermeasures and Open Problems in Federated Learning: A Survey
Full text linkpublishedVersio
