Improving the energy efficiency of electric braking on high-speed DC lines

Purpose: analysis of the energy efficiency of electric braking, consideration of braking modes implemented by high-speed rolling stock, analysis of electric braking. Methods: an integrated approach to the problem of energy efficiency of braking modes of high-speed rolling stock is used, focused on the practical significance and economic feasibility of the results. Results: the efficiency of electric braking of highspeed rolling stock is designated, the use of electric braking in the operation of high-speed rolling stock is assessed, types of electric braking are considered, the energy efficiency of regenerative braking in the operation of a high-speed train is analyzed, the coefficient of return of electrical energy is considered. Practical significance: this article will allow to revise the existing assessment of energy consumption of high-speed trains, will allow to assess the efficiency of using regenerative braking in a single system of high-speed train movement.

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Publication Details

Journal
Proceedings of Petersburg Transport University
Published
2024-12-27
DOI
https://doi.org/10.20295/1815-588x-2024-04-767-774
Citations
1
Primary Topic
Industrial Engineering and Technologies
Type
article
Field-Weighted Citation Impact
0.21
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article

Improving the energy efficiency of electric braking on high-speed DC lines

А. Н. Марикин, Nikolay Kalinin, Oleg Valinskiy
1 citations
Proceedings of Petersburg Transport University
Industrial Engineering and Technologies
0.21
article

Improving the energy efficiency of electric braking on high-speed DC lines

А. Н. Марикин, Nikolay Kalinin, Oleg Valinskiy
article en
1 citations

Abstract

Purpose: analysis of the energy efficiency of electric braking, consideration of braking modes implemented by high-speed rolling stock, analysis of electric braking. Methods: an integrated approach to the problem of energy efficiency of braking modes of high-speed rolling stock is used, focused on the practical significance and economic feasibility of the results. Results: the efficiency of electric braking of highspeed rolling stock is designated, the use of electric braking in the operation of high-speed rolling stock is assessed, types of electric braking are considered, the energy efficiency of regenerative braking in the operation of a high-speed train is analyzed, the coefficient of return of electrical energy is considered. Practical significance: this article will allow to revise the existing assessment of energy consumption of high-speed trains, will allow to assess the efficiency of using regenerative braking in a single system of high-speed train movement.

Proceedings of Petersburg Transport UniversityVol. 21(4)
Petersburg State Transport University (RU)
Affordable and clean energy
Openalex Percentile: Top 48%
Industrial Engineering and Technologies
0.21
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