Control and Modeling of Electromagnetic Converter Dedicated to Electric Traction
Issue:
Volume 3, Issue 4, August 2017
Pages:
70-82
Received:
6 November 2017
Accepted:
14 November 2017
Published:
5 December 2017
Abstract: This paper describes a parameterized dynamic model of an electromagnetic converter inserted into a model of the power train of an electric vehicle in the goal to improve its dynamic characteristic. Generally for electromechanical interrupters, the stability of the contact during the closing and opening control is not studied. In this context, this paper presents the dynamic behavior of the interrupter in order to analyze the performances and to improve the dynamic characteristic of the electric vehicles. The parameters can be optimized by genetic algorithms method.
Abstract: This paper describes a parameterized dynamic model of an electromagnetic converter inserted into a model of the power train of an electric vehicle in the goal to improve its dynamic characteristic. Generally for electromechanical interrupters, the stability of the contact during the closing and opening control is not studied. In this context, this ...
Show More
