Sensorless control of PMSM drives for hybrid electric vehicles
Paper in proceedings, 2004

This paper considers the implementation of a speed and position estimator for a permanent-magnet synchronous machine in a hybrid-electric vehicle application. A modified variant of the estimator of phase-locked loop type, previously developed by Harnefors and Nee, is presented, in order to take into account effects of saliency and operation in the whole speed region. Furthermore, design rules for all parameter settings are given. Based on drive-cycle simulations, important operating points are chosen for evaluation, with good results, on an existing experimental setup.

position estimator

machine control

hybrid electric vehicles

permanent magnet machines

permanent magnet synchronous motor

drive-cycle

PMSM drives

phase-locked loop

hybrid electric vehicles

speed estimator

electric drives

sensorless control

synchronous machines

phase locked loops

simulation

Author

Oskar Wallmark

Department of Electric Power Engineering, Power Electronics and Wind Energy

Lennart Harnefors

Ola Carlson

Department of Electric Power Engineering, Power Electronics and Wind Energy

Proc. IEEE Power Electronics Specialists Conference

Vol. 1 4017-4023

Subject Categories

Electrical Engineering, Electronic Engineering, Information Engineering

ISBN

0780383990

More information

Created

10/6/2017