2017Unpublished venueRequires access

Comparative analysis of different electrical motor types as a traction drive part in electrical transmission

A.D. Chernyshev, Tatyana A. Lisovskaya, R. A. Lisovskiy

Open publisher page 6 citations

Abstract

This article gives a comparative analysis of different traction motor types. This analysis allows one to choose an electric motor for a serial-hybrid vehicle. The authors of the article have been made the analysis of publications on this subject. In the article the authors consider four electric motor types: DC machines, AC machines, permanent magnet machines and the switched reluctance motor. The conclusion is that the switched reluctance motor is more suitable to be used as a traction motor of serial-hybrid vehicle electrical transmission.

About this research paper

What this paper is about

This article gives a comparative analysis of different traction motor types. This analysis allows one to choose an electric motor for a serial-hybrid vehicle. The authors of the article have been made the analysis of publications on this subject. In the article the authors consider four electric motor types: DC machines, AC machines, permanent magnet machines and the switched reluctance motor. The conclusion is that the switched reluctance motor is more suitable to be used as a traction motor of serial-hybrid vehicle electrical transmission.

Why it matters

OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

This article gives a comparative analysis of different traction motor types. This analysis allows one to choose an electric motor for a serial-hybrid vehicle. The authors of the article have been made the analysis of publications on this subject. In the article the authors consider four electric motor types: DC machines, AC machines, permanent magnet machines and the switched reluctance motor. The conclusion is that the switched reluctance motor is more suitable to be used as a traction motor of serial-hybrid vehicle electrical transmission.

Key concepts: Traction motor, Traction (geology), Automotive engineering, Electric motor, Electrical engineering, Transmission (telecommunications), Electric power transmission, AC motor

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