Electric vehicles in Norway and the potential for demand response
Changing to non-emission transport can result in approximately 1.5 mill. private electric vehicles by 2030, resulting in an energy need of 4 TWh.…
FME Innovation Task Force – 5 recommendations for more innovation in energy research
The concept of “saving the world” has become part of our everyday challenge. We are continually reminded by scenarios and reports on climate…
How to estimate flexibility potential of household appliances? (To reduce peak load)
Due to the ageing distribution network infrastructure, the increasing integration of renewable energy generation and the increasing customer load demand, the need for…
5G enabling digitalization of the distribution grid
Guest blogger: CINELDI/NTNU PhD student Handunneththi V. Kalpanie Mendis To make the distribution grid smart it must be based on low-latency and high-reliable bidirectional…
Using home area network to extract information about the grid
Guest blogger: Erlend Grande, Master student, Department of Engineering Cybernetics, NTNU Erlend Grande, a CINELDI master student, is working on a thesis titled…
Drones protecting the grid – UAS Norway Fagdag
The future of aviation is unmanned. But unmanned aerial vehicles – or drones – are not just of interest to the aviation industry.…