This theme will explore the current and future roles of different resources and energy vectors in the UK energy system. Its scope includes renewable and non-renewable resources: fossil fuels, critical materials and renewable resources such as bio-energy. It also includes current energy vectors (i.e. electricity, heat and liquid fuels) and how these might change in future (e.g. to include hydrogen).
It will include energy system modelling, assessments of the energy, material and water resources required for energy systems, and their ecosystem impacts, research on the political economy of international resource flows and economic, engineering and policy assessments of the interactions, synergies and trade-offs between the large-scale deployment of electricity, hydrogen and heat. Explicit attention will also be paid to the social and environmental dimensions and implications of different energy system configurations.
Offshore wind farms are essential for achieving Net Zero targets and can be built sustainably to address climate change and biodiversity loss. This journal article explores a study that was conducted to identify key considerations for implementing Marine Net Gain policies in the UK offshore wind industry.
The ongoing Global Energy System Transformation (GEST) has attracted the attention of multiple academic disciplines and practitioners, approaching the process with different analytical and conceptual tools.
This paper explores the sensitivity of decarbonisation pathways to the role of afforestation and reduced energy demand.
This blog highlights how President Biden's temporary review of the legitimacy of new liquefied...
UK households face rising energy costs this winter due to inflation, Ofgem's £1,834 annual price...
This blog discusses a new Nature article which estimates the fossil fuel reserves that will need to...