Oddbjørn Gjerde
Research Manager
Oddbjørn Gjerde
Research Manager
Publications and responsibilities
Data set for power system reliability analysis using a four-area test network
This article presents a test data set combining data relevant for power system reliability analysis, including network data, reliability data, basic interruption cost data, and exemplary operating state data. The data set originated as a data set for testing power market models with network...
Slik skal vi ivareta cybersikkerhet også når strømnettet digitaliseres
Modeling Interdependencies with Complex Network Theory in a Combined Electrical Power and ICT System
The extensive integration of information and communication technology (ICT) in the future electrical power system transforms the power system to a cyber physical system (CPS), making it a system-of-systems. This new system topology creates interdependent relationships between the cyber and the...
Framework and methodology for active distribution grid planning in Norway
The long-term planning frameworks currently used by electricity distribution grid companies are not designed to account for new challenges such as variable distributed generation or for new opportunities of active grid measures. Various advanced optimization methods for active grid measures are...
Slik bør ein planlegge framtidas aktive distribusjonsnett
I takt med utfordringane knytt til økt elektrifisering blir såkalla aktive tiltak som bruk av batteri eller andre fleksible ressursar stadig meir diskutert som alternativ til tradisjonelle tiltak som nettforsterking. Nettforsterkning kan vere ganske kostbart, og den tradisjonelle måten å planlegge...
An Industrial Trial of an Approach to Identification and Modelling of Cybersecurity Risks in the Context of Digital Secondary Substations
We have in an earlier study proposed a set of requirements and an approach to identification and modelling of cybersecurity risks and their impacts on safety, within the context of smart power grids. The approach, which consisted of a process and a modelling language, was a partially customized...
A Comprehensive Framework for Vulnerability Analysis of Extraordinary Events in Power Systems
Electric power systems are critical infrastructures subject to the possibility of extraordinary events with high societal consequences. Although such possibilities are often associated with very low probabilities of being realized, it is nevertheless crucial to be able to identify and understand the...