Title :
The Temperature Rise Characteristic Analysis Technique of the Traction Motor for EV Application
Author :
Kim, Wan-Gi ; Lee, Jong-In ; Kim, Keun-Woong ; Kim, Yoo-Sung ; Lee, Choong-Dong
Abstract :
The traction motor used in electric vehicle and railway is required to the compact size and light weight because the space itself for traction motor of the vehicle is narrow or limited. Therefore the thermal stability of small motors should be considered as the most important design factor. The air or water is employed as coolants in cooling method. The thermal stability surely is verified by the fluid & the heat transfer analysis by CFD (computational fluid dynamics) and the thermal equivalent circuit method. The simulation results from two methods are compared to test data and validated.
Keywords :
computational fluid dynamics; electric vehicles; equivalent circuits; heat transfer; railway electrification; thermal stability; traction motors; CFD; EV application; computational fluid dynamics; cooling method; electric railway; electric vehicle; heat transfer analysis; small motors; temperature rise characteristic analysis technique; thermal equivalent circuit method; thermal stability; traction motor; Circuit stability; Computational fluid dynamics; Coolants; Electric vehicles; Rail transportation; Space vehicles; Temperature; Thermal factors; Thermal stability; Traction motors;
Conference_Titel :
Strategic Technology, The 1st International Forum on
Conference_Location :
Ulsan
Print_ISBN :
1-4244-0426-6
Electronic_ISBN :
1-4244-0427-4
DOI :
10.1109/IFOST.2006.312353