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ID-Model control of a synchronous motor without position and speed sensor

C. Bruguier, Gérard Champenois, J.P. Rognon

Open publisher page 7 citations

Abstract

Generally, a synchronous motor requires position and speed sensors for control. The resolver, used as a position sensor together with a resolver-to-digital converter, increases the cost and size and minimizes the reliability of the drive. This paper presents a new position and speed sensorless control scheme of the motor based on stator current measurements: the ID-Model. Two approaches of the ID-Model's controller are presented and compared with the performances obtained with a resolver.>

About this research paper

What this paper is about

Generally, a synchronous motor requires position and speed sensors for control. The resolver, used as a position sensor together with a resolver-to-digital converter, increases the cost and size and minimizes the reliability of the drive. This paper presents a new position and speed sensorless control scheme of the motor based on stator current measurements: the ID-Model. Two approaches of the ID-Model's controller are presented and compared with the performances obtained with a resolver.>

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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

Generally, a synchronous motor requires position and speed sensors for control. The resolver, used as a position sensor together with a resolver-to-digital converter, increases the cost and size and minimizes the reliability of the drive. This paper presents a new position and speed sensorless control scheme of the motor based on stator current measurements: the ID-Model. Two approaches of the ID-Model's controller are presented and compared with the performances obtained with a resolver.>

Key concepts: Resolver, Position (finance), Position sensor, Computer science, Stator, Reliability (semiconductor), Electronic speed control, Control theory (sociology)

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