Development of Accelerated Reliability Testing Method for Electric Vehicle Motor and Battery System

Dong-Hyun Ha; Soon-Cheol Park; Chun-Woo Shin

doi:10.4271/2014-01-0748

Currently, the interest in accelerated reliability testing (ART) of electric vehicles parts has been increasing. In particular, an electric motor and battery are vital components of battery powered electric vehicles. The electric motor has two major roles, to discharge or charge battery when it is driven or braking. For analyzing the exact behavior mechanism of electric motor and predicting lithium-ion battery cell degradation, new accelerated reliability testing technology is required.

This paper describes the results of research and development in new approach to reliability testing for electric vehicles. The methodology to measure a precise motor output torque of the rotating rotor using telemetry system was provided. The electric energy quantities as well as the used quantities of the electric power were also analyzed. The results of research and development in new approach to reliability testing for electric vehicles were systematized and reflected in development.

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Development of Accelerated Reliability Testing Method for Electric Vehicle Motor and Battery System 2014-01-0748

SAE MOBILUS