The transition to the power grid of the future
How do we achieve a power grid that is flexible, intelligent, robust, and cost-effective? This was the main question examined during the CINELDI days.
New pilot measures the actual capacity in the grid
What is the available capacity in a given power line right now, and what is the available capacity going to be in the next 48 hours? Do we have enough capacity, or do we have to employ measures like decreasing load or increasing production? These are central questions in a newly established pilot project within the FME CINELDI research centre.
A flexible power grid: what is it and why do we need it?
If we are to electrify the world in a way that is socioeconomically efficient and secure, we need a flexible power grid. But…
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…
Digitizing grid data for a future-proof SmartGrid
The future electricity distribution system will include new intelligent devices and flexible resources (such as solar and wind energy), resulting in new load…
Playing Mozart on an inductor in our new SmartGrid-Lab
Never a dull moment at work 🙂 In this clip a researcher from SINTEF Energy and Egston playing Mozart on an inductor in…