Supply chains for low carbon electricity infrastructure
The energy transition relies on complex supply chains including mining and manufacturing. How are these supply chains changing and what are the challenges?
This POSTnote describes superconductivity and its potential, and examines the UK response with reference to similar efforts abroad. POSTnote 12. POST. 1990 https://doi.org/10.58248/PN012
Superconductivity (115KB PDF)
DOI: https://doi.org/10.58248/PN012
Superconductivity hit the headlines in 1986 when IBM researchers working in Switzerland broke through a barrier which had restricted development and application of this technology for 60 years. Since then, most leading industrial nations have launched research to develop, understand and apply the phenomenon.
This POSTnote describes the scientific breakthrough and its potential, and examines the UK response with reference to similar efforts abroad.
Superconductivity (115KB PDF)
The energy transition relies on complex supply chains including mining and manufacturing. How are these supply chains changing and what are the challenges?
2025 saw the highest ever number of new solar panel installations in the UK. Amid volatile electricity prices, can small-scale solar reduce electricity bills, and what challenges remain in its rollout?
Hydrogen has potential as a low-carbon fuel in some industries. How can hydrogen be transported and what are the plans, progress and challenges in creating a hydrogen pipeline network?