The research group research encompasses feasible and innovative solutions on EMC, energy efficiency and control of power electronic applications. This includes current and future standardization requirement.
EMI/EMC IN POWER ELECTRONICS RESEARCH GROUP PROJECT HISTORY:
OnGoing Projects
- CLEAN-Power: Compatibility and Low electromagnetic Emission Advancements for Next generation Power electronic systems, Duration 2022-2025, Funded by: DFF, PI: Pooya Davari
- PEMC: Power Electronics software tool for ElectroMagnetic interference pre-Compliance, Type: Industrial Research, Duration: 2022-2023, Funded by: IFD, PI: Pooya Davari
- EMC-POWER: ElectroMagnetic Compatibility design and modeling in three-phase Power converters, Type: Industrial Research, Duration: 2020-2022, Funded by: Schneider Electric, PI: Pooya Davari
- HiRED: High Quality and Robust Energy Conversion Systems for Distributed Network, Type: Industrial Research, Duration: 2018-2021, Funded by: ARC (Australian Research Council), AAU-PI: Pooya Davari
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eSMR-MeOH: Biogas to MeOH by electric reforming, Duration: 2019-2023, Type: Industrial Research, Funded by: EUDP, PI: Frede Blaabjerg, CoI: Pooya Davari
Past Projects
- Stable-Drives: Stability enhancement methodologies for slim dc-link Drives, Type: Industrial Consultancy, Duration: 2020-2021, Funded by: , PI: Pooya Davari
- LOW HARM: Power Electronics Ready for New Grid Harmonic Requirements, Type: Industrial Research, Duration: 2019-2020, Funded by: Innovationsnetværket Smart Energy (Inno-SE), PI: Pooya Davari
- BioCat Roslev - Phase 1, Type: Industrial Research, Duration: 2018-2019, Funded by: EUDP, PI: Frede Blaabjerg, CoI: Pooya Davari
- Online Condition-Monitoring of Power Semiconductor Devices using Acoustic Time-frequency Spectral Signature, Type: Fundamental Reaseach, Duration: 2017-2018, Funded by: AAU Energy, PI: Pooya Davari, CoI: Francesco Iannuzzo
- MHDPES: Multi-Physics of High Power Density Power Electronic Systems, Type: Fundamental Research, Duration: 2016-2018, Funded by: DFF-FTP, PI: Pooya Davari
- NHTD: New Harmonic Reduction Techniques for Motor Drives, Type: Industrial Research, Duration: 2014-2017, Funded by: Innovation Fund Denmark, PI: Frede Blaabjerg