SS6 CANCELLED - Power Electronics for Green Transition
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The Doctoral School of Engineering and Science
Aalborg University
Ph.D. Summer School ...
The Doctoral School of Engineering and Science
Aalborg University
Ph.D. Summer School 2023
Power Electronics for Green Transition (PEGT)
Power electronics play an underpinning role in green transition in a wide range of applications and it is the main energy processing unit in e-transportation, renewable energies, power to gas systems, electric power grid applications, motor drives, etc., and are becoming the key elements of the green transition. This summer school aims to give hands-on experience on different fundamental and technical aspects of power electronics engineering from design to operation and from the device level up to the power-system level in several applications, including e-transportation, renewable energies, energy storage, power grid applications, and microgrids. This year, the school is planned from August 21nd to 25th 2023 (from Monday to Friday). More info at www.energy.aau.dk/pegt (available soon).
Targeted participants are Ph.D. candidates, PostDocs, and industrial engineers.
The summer school will feature:
· An opening speech, given by Prof. Frede Blaabjerg;
· A series of sixteen 45-min long lectures (total ~12 hours of theory), given by experts in renewable energy from both AAU Energy and other universities/industrial companies;
· Three inspiring invited talks given by experts from the industry;
· Four 6-hours long practice sessions, hosted at the Power Electronics and the Reliability Laboratories at AAU energy;
· A City-walk event through Aalborg downtown;
· An excursion to an exciting company and historical venue
The fee per person includes:
12 hours of lectures (16 x 45 min) from the principles to the emerging topics:
L1. Frede Blaabjerg (AAU Energy): Opening – introduction to the role of power electronics in green transition |
L2. Huai Wang (AAU Energy): Reliability software & condition monitoring |
L3. Norbert Hanigovszki (Danfoss): Smart motor drive |
L4. Tamas Kerekes (AAU Energy): Current control of grid-connected converters |
L5. Francesco Iannuzzo (AAU Energy): Power devices & test-for-reliability opportunities at the X-Power center |
L6. Pooya Davari (AAU Energy): EMI/EMC in Power Electronics: Part 1 |
L7. Pooya Davari (AAU Energy): EMI/EMC in Power Electronics: Part 2 |
L8. Tamas Kerekes (AAU Energy): Harmonic compensation |
L9. Erik Schaltz (AAU Energy): Power electronics for e-transportation |
L10. Heng Wu (AAU Energy): Stability studies of power electronic dominated power system: an overview |
L11. Heng Wu (AAU Energy): Transient stability analysis of inverter-based resources |
L12. Subham Sahoo (AAU Energy): Cybersecurity in power electronics systems |
L13. Abhijit Kulkarni (AAU Energy): Hardware design of Smart Battery |
L14. Shuai Zhao (AAU Energy): AI& data analytics in power electronics systems |
L15. Rui Wu (Vestas): Design Failure Mode and Effect Analysis for Power Electronics |
L16. Mostafa Abarzadeh (SmartD Technologies): High power density high efficiency WBG based converters for variable frequency drive applications |
6 hours of hands-on workshops (4 x 1.5 hours):
W1. hands-on workshop on Design and practical implementation for CC in PV systems
W2. hands-on workshop on Design and practical implementation for HC in PV systems
W3. hands-on workshop on Reliability of power electronics converters
W4. hands-on workshop on AI and its application in power electronics
Organizer: Saeed Peyghami, Assistant Professor, sap@energy.aau.dk
Payment: Registration fee for Danish PhD students = DKK 0
Registration fee for non-Danish PhD students is EUR 800. Registration fee for other participants is EUR 1067.
Reception, city walk and excursion are also free of charge.
All participants must pay for catering - see the link to payment below:
Please remember to sign up below and also pay for the catering at the link above.