Development of Urban Electric Bus Drivetrain

Authors

  • Oleg Sivkov Czech Technical University in Prague Praha
  • Lubomir Musalek Musalek Czech Technical University in Prague Praha
  • Jaroslav Novak Czech Technical University in Prague Praha
  • Martin Novak Czech Technical University in Prague Praha
  • Jan Chysky Czech Technical University in Prague Praha
  • Lukas Novak Czech Technical University in Prague Praha

DOI:

https://doi.org/10.14311/TEE.2019.2.017

Abstract

The development of the drivetrain for a new series of urban electric buses is presented in the paper. The traction and design properties of several drive variants are compared. The efficiency of the drive was tested using simulation calculations of the vehicle rides based on data from real bus lines in Prague. The results of the design work and simulation calculations are presented in the paper.

Author Biographies

Oleg Sivkov, Czech Technical University in Prague Praha

Faculty of Mechanical Engineering

Lubomir Musalek Musalek, Czech Technical University in Prague Praha

Faculty of Mechanical Engineering

Jaroslav Novak, Czech Technical University in Prague Praha

Faculty of Mechanical Engineering

Martin Novak, Czech Technical University in Prague Praha

Faculty of Mechanical Engineering

Jan Chysky, Czech Technical University in Prague Praha

Faculty of Mechanical Engineering

Lukas Novak, Czech Technical University in Prague Praha

Faculty of Mechanical Engineering

References

J. Novák, M. Novák, Z. Novák, and J. Chyský, “Calculation and Experimental Investigation of Efficiency Map of Electric Motor” (in Czech: “Výpočet a experimentální vyšetřování účinnostní mapy elektromotoru”), in Proceedings of XXXV. Electric Drive Conference 2017, University of West Bohemia in Pilsen, 2017, ISBN 978-80-02-02724-9.

J. Novák, O. Sadílek, and P. Sýkora, “Lithium Traction Accumulators for Electromobility” (in Czech: “Lithiové trakční akumulátory pro elektromobilitu”), Part 2, ELEKTRO 2016, Vol. 26, No. 11 and 12, published by FCC Public, Prague 2016, ISSN 0322-9025.

SOR company materials

Materials of the company Railelectronics

VUES company materials

J. Novák, Torque Control Structure for Traction Synchronous Motor with Permanent Magnets (in Czech: Regulační struktura momentu pro trakční synchronní motor s permanentními magnety), Technical Report for Railelectronics, CTU in Prague, Faculty of Mechanical Engineering, Prague, 2013.

J. Novák and M. Novák, Selected Problems of Electrical Bus Electric Drive Design (in Czech: Vybrané problémy návrhu elektrického pohonu elektrobusu), Technical Report, CTU in Prague, Faculty of Mechanical Engineering, 2018.

Danfoss company materials

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Published

2020-03-30

Issue

Section

Articles