2011•Unpublished venueRequires access

High torque density low speed permanent magnet machine

Stéphane Mouty, A. Mirzaian, Frédéric Gustin, A. Berthon, Daniel Depernet, Christophe Espanet

Open publisher page 7 citations

Abstract

This paper gives different solutions in order to increase torque density of permanent magnets machines. The study deals with low frequency machines and, in this case, iron losses are less important than copper losses, so that supplying the machines with square wave currents can be interesting. The authors identify an original structure in which the end winding parts are removed. The description of this topology and design comparison with machines having end winding emphasize the limits of this structure: it is difficult to keep a high efficiency system with this new topology due to the losses in the power electronics.

About this research paper

What this paper is about

This paper gives different solutions in order to increase torque density of permanent magnets machines. The study deals with low frequency machines and, in this case, iron losses are less important than copper losses, so that supplying the machines with square wave currents can be interesting. The authors identify an original structure in which the end winding parts are removed. The description of this topology and design comparison with machines having end winding emphasize the limits of this structure: it is difficult to keep a high efficiency system with this new topology due to the losses in the power electronics.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper gives different solutions in order to increase torque density of permanent magnets machines. The study deals with low frequency machines and, in this case, iron losses are less important than copper losses, so that supplying the machines with square wave currents can be interesting. The authors identify an original structure in which the end winding parts are removed. The description of this topology and design comparison with machines having end winding emphasize the limits of this structure: it is difficult to keep a high efficiency system with this new topology due to the losses in the power electronics.

Key concepts: Magnet, Torque, Torque density, Topology (electrical circuits), Power electronics, Power (physics), Electrical engineering, Electronics

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