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Research
Opportunities
The Renewable Energy Research Group at Department of Energy
Technology, Aalborg University can apply for tuition waiver for excellent Ph.D students.
We are striving to provide excellent
environment for research and encourage those who would like to carry out
high-quality research in the areas of power system, power electronics and
electrical machine. We are also very happy to host academic visitors and
research fellowships. Our group’s research focuses on efficient energy
production based on renewable energy sources and optimal use of energy
for various purposes. The group has strong cooperation with academic
research institutions and industrial companies worldwide.
New Ph.D. positions are available
for highly-motivated students with a strong research background and
capability. For each research field, we are looking for candidates with
the following qualifications:
· A Master degree in engineering,
mathematics, or related fields is preferred, though outstanding
undergraduate students will also be considered;
· Strong mathematical background and
proficient skills in modelling and simulation in a programming
environment, such as Matlab;
· Previous research experiences in related
fields and scientific publications in journals/conferences are preferred;
· Excellent communication skills and good
writing skills.
In addition, we hope the candidates
have strong interests and/or previous research experience in either one
of the following fields:
1. Renewable
Multi Energy System
1.1.
Integrated
multi energy system
1.2.
Artificial
intelligent technology in multi-energy system
1.3.
Wind
power system
1.4.
Power
to X technology (Power to Gas, Power to Hydrogen, Power to
Heating/Cooling)
1.5.
Wind
farm design optimization
1.6.
HVDC
system with large scale offshore wind farms
1.7.
Intelligent
fault diagnosis of large-scale wind power systems
1.8.
Grid
integration of offshore wind farms
1.9.
Design
and planning of renewable energy systems
2. Power
Systems
2.1.
Large
scale wind farm integration into power systems
2.2.
Artificial
intelligent technology in modern power system
2.3.
Smart
renewable electricity market
2.4.
Operation
and control of modern power system
2.5.
Intelligent
distribution system
2.6.
Power
system stability and protection
2.7.
Power
system resilience
2.8.
Vehicle
to grid (V2G) technology
2.9.
Electrical
power system for nuclear fusion power plant
3. Power
Electronics
3.1.
Power
electronics converter design and control
3.2.
Power
electronics application in power systems
3.3.
Power
electronics for grid integration of distributed energy resources
3.4.
Power
electronics integrated application with electrical machines
3.5.
Energy
router technology
3.6.
Advanced
power conversion technology for nuclear fusion power plant
4. Electrical
Machines
4.1.
New
wind power generator design and optimization
4.2.
High-power
generator for offshore wind power generation
4.3.
Operation
and control of switched reluctance electrical machines
We also welcome visiting scholars
throughout the world.
Interested students are encouraged
to contact Prof. Zhe Chen (zch@et.aau.dk) or Dr. Yanbo Wang (ywa@et.aau.dk).
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