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MRAS-based sensorless control for high-speed induction machine connected to the grid

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Tipo de produção

Artigo de evento

Data de publicação

2013-11-05

Texto completo (DOI)

Periódico

IECON Proceedings (Industrial Electronics Conference)

Editor

Citações na Scopus

1

Autores

Fabio Lima
ROSA, F. C.
FUMAGALLI, M. A.

Orientadores

Resumo

This paper describes a MRAS-based sensorless control of a high-speed squirrel cage induction machine connected to the grid. This paper contributes with the subject when using a high-speed machine supported by active magnetic bearings (AMB) for energy applications. This kind of system is suitable for energy generation from gas sources. To control the grid side as well as the generator side a back-to-back converter with voltage oriented control (VOC) and rotor field oriented control (RFOC), respectively, is used. Simulations are presented for the MRAS observer, and some experimental results are also showed. A test bench was designed and the final experimental results are undergoing. © 2013 IEEE.

Citação

LIMA, F.; ROSA, F. C.; FUMAGALLI, M. A. MRAS-based sensorless control for high-speed induction machine connected to the grid. IECON Proceedings (Industrial Electronics Conference), p. 2105 - 2110, Nov. 2013.

Palavras-chave

Keywords

Assuntos Scopus

Active magnetic bearings; Back-to-back converter; Energy applications; Induction machines; Rotor field oriented control; Sensor less control; Squirrel-cage induction; Voltage oriented control

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