The power grid is the cornerstone of the energy transition. As an increasing number of energy carriers such as solar, batteries, offshore wind, hydrogen, and electric vehicles are integrated into the energy system, this creates entirely new requirements for grids and control systems.
Our research explores smart grid technology and future active distribution networks, where end users, energy resources, and grid operators interact in real time.
We focus on ensuring the power system remains stable, robust, and secure in the face of the energy transition, while exploring system integration of offshore wind and other renewable energy sources.
Electric transport is a pivotal part of this picture - from the electrification of ferries, ships, and aircraft to charging infrastructures for cars. It represents both a major new load and a potential flexibility resource in the energy system.
The department leads and contributes to large national and European projects, while SINTEF Energy hosts the FME centres Securel and NorthWind, as well as playing a key partner role in several other FME centres.
The department is located at Kolbjørn Hejes vei 1D and Sem Sælands vei 11.
Employees in the Energy Systems Department.
If we are to reach the global climate targets, we need to achieve a rapid transition to the use of emission-free energy. This means we must facilitate the best possible utilization of the existing power grid and build new grid infrastructure where...
Norway has just left the starting line in a race to become the nation that conquers the sea with deep-water wind turbines.
They are also essential for Norway’s electrification efforts and success with the necessary reduction of greenhouse gas emissions.
Energy security means ensuring a continuous energy supply, even during disruptions such as natural disasters, attacks, or other major system stresses.
