Electrical Machines and Electromagnetics (EME)
Electrical Machines and Electromagnetics – EME
The main research areas of the group are related to the development, design, optimisation and testing of electric machinery, especially permanent magnet machines and hydropower generators, for various application areas: industry, and renewable energy production, transportation and marine sectors. In addition, research is also focused on advanced electromagnetic modelling and analyses of different power apparatus and installations.
- Permanent magnet machines for maritime applications, e.g. electrical propulsion of ships, renewable power generation (wind, tidal, small hydro), aviation applications, and industry-use.
- Hydropower generators
- Electromagnetic fault detection studies (vibration, internal short-circuit etc)
- Loss and heat analysis
- Performance analysis
- Variable speed operation/Frequency converter interaction
- Modelling and power system interaction analysis
- Power transformers
- Loss calculation and modelling
- Analysis of special applications and loadings
- High frequency designs for frequency converters
- Offshore and subsea equipment
- Electric heating of pipelines
- Subsea and downhole machines
Research Projects
Projects from EU (Horizon 2020), Research Council of Norway (NFR) & Misc. Funding:
Projects we are working on
Abbreviation | Project | Framework | Contact |
---|---|---|---|
ElectricAviation |
Multi-Megawatt Electric Propulsion Technologies for Future Zero-Emission Aviation |
NTNU 2021-2024 |
Jonas Kristiansen Nøland |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
DigiTwinDrive |
Digital Twin-Based Behaviour Prediction for Optimal Utilisation of Electric Drives |
NTNU 2019-2022 |
Jonas Kristiansen Nøland |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
HydroStator |
Hydrogenerator Stator Winding Insulation Assessment |
NFR |
Arne Nysveen / Erling Ildstad |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
HydroFlex |
Influence of Harmonic Voltages on Hydro Generator Insulation System |
NFR |
Arne Nysveen / Frank Mauseth |
Abbreviation | Project | Framework | Contact |
---|---|---|---|
TempT |
Investigation of Power Transformer Core Losses and Stray Losses under Special Conditions |
NFR-KPN |
Arne Nysveen / Robert Nilssen |
Collaboration within NTNU:
- Faculty of Information Technology and Electrical Engineering (IE)
- Faculty of Engineering
Infrastructure
The EME research group has state-of-art scientific equipment and facilities for the following:
- Electrical Machines Laboratory
Affiliation with Research Centres at NTNU
Centres for Environmental-Friendly Energy Research: