Power Electronic Systems and Components (PESC)
Power Electronic Systems and Components – PESC
The research activities of the PESC group are related to the development, design, optimization and control of power electronic converters and systems. The goal is to provide innovative high efficiency environmental friendly solutions within production, distribution and use of renewable energy. This includes application areas such as onshore and offshore power systems, marine, oil & gas as well as transportation sectors. There is ongoing research and development of new technology and expertise in the following fields:
Power Electronic Converters:
- Design, analysis and testing of power electronic circuits with conventional and wide band-gap semiconductors
- Medium voltage DC breakers
- Reliability assessment and lifetime estimation of power semiconductor devices
Digital Control of Electric Drives, Front End converters and Energy Storages:
- Designing, build and control of high power electric drives based on multi-phase machines
- Modern control- and estimation techniques for use in drives and front end converters
- Use of modern platforms as Systems on Chip (SoC); multi-core digital signal processors and field programmable array
Future Energy Systems utilizing Power Electronics:
- Marine ship power systems and marine oil & gas applications; AC- and DC-distribution systems
- Marine energy generation based on wind, wave, tidal, etc.
- High voltage AC and DC transmission systems - onshore and offshore
- Insolated and island operated power system
- Deep sea mining and underwater vehicles
Research Projects
Projects from EU (Horizon 2020), Research Council of Norway (NFR) & Misc. Funding:
Abbreviation | Project | Framework | Contact |
---|---|---|---|
MoReSiC |
2020-2024 |
Dimosthenis Peftitsis |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
ORBES |
Optimised Residential Battery Energy Storage Systems |
2020-2023 |
Dimosthenis Peftitsis |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
IMAGINE |
EU-H2020 |
Elisabetta Tedeschi |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
ReliPE |
Reliability and Ruggedness of High Power, High Voltage Power Electronics |
NFR |
Dimosthenis Peftitsis |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
HiPPE |
High Performance Power Electronics with Wide Bandgap Power Semiconductors for Industrial, Marine, Renewable Energy & Smart Grid Applications |
NFR |
Ole-Morten Midtgård |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
IDeCON |
Integrated approach to the Design and Control of Offshore HVDC Networks |
NFR |
Elisabetta Tedeschi |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
NB_POCCREI |
Norwegian-Brazilian collaboration on Power theories and Cooperative Control for Renewable Energy Integration |
NFR |
Elisabetta Tedeschi |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
HES-OFF |
NFR |
Elisabetta Tedeschi |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
ASiCC |
Adaptive Silicon Carbide Electrical Energy Conversion Technologies for Medium Voltage Direct Current Grids |
NFR |
Dimosthenis Peftitsis |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
MMC4DCGrids |
Modelling and control of MMC-based converters for enhanced stability in HVDC grids |
NTNU |
Elisabetta Tedeschi |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
PEMVDCCB |
Power electronics for MVDC circuit breakers |
NTNU |
Dimosthenis Peftitsis |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
HEROVs |
High-Efficiency all-electric DC supply systems for subsea work-class remotely operated vehicles |
NTNU |
Collaboration within NTNU:
- Faculty of Information Technology and Electrical Engineering (IE)
- Faculty of Engineering
Infrastructure
The PESC research group has access to a broad spectrum of advanced laboratories and scientific equipment:
- Power Electronics Laboratory
- Light and Lighting Laboratory
Affiliation with Research Centres at NTNU
Centres for Environmental-Friendly Energy Research: