Integrated energy systems: a promising way to help meet cities’ ever-increasing power needs
Co-Authors: Hanne Kauko, Kjersti Berg, Magnus Askeland Electrification is increasingly being promoted as a measure to reduce environmental impact. But the complete electrification…
NEC INTERCUR: Integrated Energy Systems for Industrial Clusters
The new industry-research collaborative project NEC INTERCUR aims to develop a strategic decision-making tool for industrial clusters. How industrial clusters can help tackle…
Powering the Future: Integrating Offshore Wind Energy on Oil and Gas Installations
With the rapid development of offshore wind technology in Norway, is it feasible to use wind energy exclusively to supply power to offshore…
Security of supply in smart grids with interacting digital systems
We need appropriate methods to assess and reduce cyber security risks in cyber-physical electric power systems.
Why experiments and modelling are necessary for the safe design and operation of CO₂ transport systems
CO₂ capture, transport and storage (CCS) systems are an important part of our toolbox for mitigating climate change. However, increased R&D efforts are needed to facilitate an efficient and safe scaling up of CCS to the level needed to mitigate climate change. In his keynote speech at TCCS-12, SINTEF Chief Scientist Svend Tollak Munkejord discussed why both experiments and models are a necessary part of this effort.
