Control analysis of a bi-motor electric traction system for energy and performance optimization
Develo** multi-motor solutions for electric vehicles becomes an opportunity in order to
reduce the size of each motor, to approach the mechanical energy production to the wheels …
reduce the size of each motor, to approach the mechanical energy production to the wheels …
Influence of locomotive wheels slip** on a traction system with rotor flux-oriented control and hysteresis current controllers
This paper is focused on the influence of the appearance of the disturbance due to
locomotive wheels slip** on a traction system with rotor flux-oriented control and …
locomotive wheels slip** on a traction system with rotor flux-oriented control and …
Implementation of Rotor Flux-Oriented Control on Traction System of Autonomous Electric Locomotives
The objective of this paper is to present the problem of implementing the rotor flux-oriented
control through hysteresis current controllers (RFOC _H) on electric traction systems for …
control through hysteresis current controllers (RFOC _H) on electric traction systems for …
Diagnosis of Passing over Railway Joints and Reducing the Effects in Modern Traction Systems
This paper analyses the possibility to diagnose the disturbances due to the passage of
wheels over the rail joints in a traction system and offers a solution to diminish theirs effects …
wheels over the rail joints in a traction system and offers a solution to diminish theirs effects …
Experimental evaluation of traction system based on induction motor and rotor field orientation control
The paper is focused on the experimental results of a control algorithm based on the rotor
field-oriented (RFOC) implemented on the dSPACE 1103 prototy** system, obtained on a …
field-oriented (RFOC) implemented on the dSPACE 1103 prototy** system, obtained on a …