DTU Electrical Engineering 9
At our Center for Electric Power and Energy we are working for a sustaina-ble
future. Our research focuses on the rapid transformation of the energy
system by developing new technologies, knowledge, theory and methods
which enable the most integrated, market-based and flexible energy system
based on digital solutions and renewable energy in a cost-effective manner.
CEE aims at covering the gap from theoretical concepts to lab-validation and
real-world deployment.
CEE works closely with industry to make sure that our research solves re-al-
life problems related to the green transformation of the energy system
and integration of renewable energy in the grid. For example we develop
solutions to make electrical vehicles work as an integrated part of the sys-tem
- not only consuming electricity, but also actively contributing to the
grid - leading to a more sustainable and efficient electricity market. CEE
takes great pride in our pioneer research but also in teaching our students
about electric power technologies, electricity markets and digital energy
solutions to educate them on how to optimize electricity demand, gener-ation,
grid infrastructures and the associated ICT-solutions and energy
markets. CEE offers state-of-the-art testing facilities under the collective
brand: PowerLabDK. The world-class facilities contain flexible test labora-tories,
large-scale experimental facilities, and a complete full-scale power
distribution system on the Island of Bornholm, which also serves as a data
source and platform for full-scale and real-life experiments.
Facts about CEE
Research areas:
Digital energy solutions
Interconnected energy system
Optimized electric energy technologies
Head of group:
Jacob Østergaard
+45 4525 3501
joe@elektro.dtu.dk
Staff:
Approx. 94 staff members including PhDs and Postdocs
Main research facilities:
PowerLabDK, which includes multiple labs in Lyngby,
Ballerup, Risø and on the Island of Bornholm. Operated in
collaboration with DTU Diplom and Bornholms Energi og
Forsyning. Visit: www.powerlab.dk.
Address:
DTU Lyngby Campus, Elektrovej, building 325
DTU Risø Campus, Frederiksborgvej 399, building 776
CENTER FOR ELECTRIC POWER AND ENERGY (CEE)
www.cee.elektro.dtu.dk