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F07/09

Details

Promotor:Neyt, Xavier
Funding:MoD RSTD
Involved staff: Fabien GABRIEL, Xavier NEYT,
Start date:01 Jan 2007
Duration:72 months
Research unit:Near Field Electromagnetics

Description

This project aims at studying control methods for permanent-magnet synchronous electrical motors. The so-called sensor-less control of the machine is in particular considered in order to eliminate one possible source of fault.

Publications

  1. Fabien Gabriel. Position Self-Sensing of Permanent-Magnet Machines using High-Frequency Signal Injection. PhD thesis, Royal Military Academy of Belgium, 2013.
  2. Fabien Gabriel, Frederik De Belie, Pascal Druyts, Xavier Neyt, and Philippe Lataire. Sensorless drive of surface mounted permanent-magnet brushless DC machines with diametric windings based on inductance measurements. In IEEE International Conference on Power Electronics (ICPE'11) - ECCE Asia, volume 1, pages 1236-1243, Jeju, Korea, 2011. IEEE.
  3. Fabien Gabriel, Frederik De Belie, Peter Sergeant, and Xavier Neyt. Modelling the impact of the stator currents on inductance-based sensorless control of brushless DC-machines. In 2011 Symposium on Sensorless Control for Electrical Drives, pages 56-63, Birmingham, UK, September 2011. IEEE.
  4. Fabien Gabriel, Frederik De Belie, Pascal Druyts, and Xavier Neyt. Strategy to detect and prevent the current zero-crossing for inverter powered drives. In IEEE International Conference on Electrical Machines (ICEM'10), pages 1-6, Rome, Italy, 2010. IEEE.
  5. Fabien Gabriel, Frederik De Belie, Pascal Druyts, Xavier Neyt, Jan Melkebeek, and Marc Acheroy. Compensating the influence of the stator resistor and inverter nonlinearities in signal-injection based sensorless strategies. In 2009 IEEE Vehicle Power and Propulsion Conference, pages 283-290, Dearborn, USA, September 2009. IEEE.