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We provide Unique and Innovative
Solutions:
•
5 Start-up companies
•
30 Inventions and patent applications
Our policy:
“Green and Energy Efficient”
Our students, PhDs, and staff collaborate
directly with industry partners on differ-
ent applications performing highly quali-
fied research developing products and
ideas for a green tomorrow. Contact us
directly to discover the possibilities for
collaborations.
Laboratories:
Our laboratories are equipped with
state-of-the-art instrumentation and
facilities enabling us to perform our
research activities.
DTU Electrical Engineering at the
Technical University of Denmark
(DTU):
Power Electronics Engineering is an excit-
ing area covering multi-disciplinary stud-
ies from energy conversion and power
supplies to IC-design. DTU Electrical En-
gineering at the Technical University of
Denmark is a world research leader in:
High Efficiency Fuel Cell power Convert-
ers, Switch-Mode (class-D) Audio Ampli-
fiers, Magnetic-less (piezoelectric trans-
former based) Switch-Mode Power
Supplies, and Very High Frequency SMPS.
DTU Electrical Engineering:
We put special pride into linking theory
and modelling to the experimental test &
validation of results.
We are open for collaboration and new
partnerships with companies and in-
stitutes. Our graduates are employed
world-wide by companies, research cent-
ers, and authorities. We do collaboration
projects with numerous domestic and in-
ternational companies.
Power Electronics Research Areas:
The Power Electronics research focuses
on physics, component and system level
ranging from mega-Watt to milli-Watt.
We also perform research within signal
conditioning and electronics, as well as
analogue and mixed-mode IC-design.
We have key competences in:
•
Ultra-high efficiency power converters
for fuel cells
•
Switch-mode power supplies (SMPS)
•
SMPS based on piezoelectric trans-
formers
•
Ultra-fast tracking power converter for
RF amplifiers
•
VHF SMPS
•
Silicon carbide (SiC) and gallium nitride
(GaN)
•
Digital control of DC/DC converters
•
Switch-mode audio power amplifiers -
Class D
•
Class-D and ultra low power radio
receivers for hearing-aid applications
•
IC design
Technical University of Denmark
Ultra compact DC-DC converter design by DTU.
LED driver comparison.
Left: DTU design. Right: Commercial product.
Dual bidirectional input, single output fuel cell
converter by DTU.
