Optimization of the modes of traction power consumption and energy recuperation in systems of electric transport

Authors

  • О. І. Саблін Dnipropetrovsk national University of railway transport named after academician V. Lazaryan, 49010, Dnepropetrovsk, M., Lazaryan str., 2, tel (056) 793-19-11, Ukraine

DOI:

https://doi.org/10.15802/etr.v0i11.83715

Keywords:

recovery, traction electricity consumption, excess capacity, loss of energy, drives, inverters, traction and power supply, fuzzy control

Abstract

Development of effective measures to enhance the effectiveness of the modes of traction power consumption and energy recovery in the system of electric traction is an important element in reducing the energy intensity of electric transport systems and the cost of transportation that is relevant in the context of soaring energy prices. One of the most effective measures in this direction is the partial or complete separation in time of the processes of consumption and energy recovery of electric vehicles, what allows to reduce losses in the elements of systems of traction and external electric supply and can be implemented using stationary or onboard energy storage. High values of this event requires us to find less costly methods to increase efficiency of the modes of traction power consumption and energy recovery electro transport and develop approaches to reduce the installed capacity of disk drives by increasing utilization at the expense of optimum control of modes of energy exchange between them, traction and power supply networks.

References

Sablin, O. I. Pidvy`shhennya efekty`vnosti elektrospozhy`vannya elektroruxomogo skladu postijnogo strumu [Tekst]: aref. dy`s... k.t.n.: 05.22.09 / O. I. Sablin. – DNUZT. D., 2009. – 21 s.

Shevlyugin, M. V. Resurso- i energosberegayuschie tehnologii na zheleznodorozhnom transporte i metropolitenah, realizuemyie s ispolzovaniem nakopiteley energii [Tekst]: avtoref. dis... d.t.n.: 05.14.02 / M. V. Shevlyugin. – MGUPS. Moskva, 2014. – 49 s.

Pavelchik, M. Povyishenie effektivnosti elektricheskoy tyagi pri pomoschi nakopiteley energii [Tekst]: avtoref. dis... d.t.n.: 05.09.03, 05.22.09 / M. Pavelchik. – MGUPS. Moskva, 2000. – 48 s.

Sablin. O. I. Spektral`nыj analy`z sluchajnыh funkcy`j tyagovogo toka y` napryazheny`ya na tokop-ry`emny`ke elektropodvy`zhnogo sostava / O. I Sablin // Visny`k Dnipropetrovs`kogo nacional`nogo uni-versy`tetu zalizny`chnogo transportu imeni akademika V. Lazaryana. – 2007. – # 15. – S. 41-47.

Sablіn, O. I. Doslidzhennya efektivnosti pro-tsesu rekuperatsiyi elektroenergiyi v umovah metropoli-tenu / O. I. Sablіn // Vostochno-evropeyskiy zhurnal peredovyih tehnologiy. – 2014. – # 6/8 (72). – S. 9-13.

Sablin, O. I. Analiz kachestva rekuperiruemoy elektroenergii v sisteme elektricheskogo transporta / O. I. Sablin // Visnik Natsionalnogo tehnichnogo universitetu «HPI». – 2013. – Vip. 38. – S. 186-189.

Getman, G. K. O raschetnom opredelenii ekonomii elektroenergii pri chastichnom otklyuchenii tyagovyih dvigateley elektropodvizhnogo sostava / G. K. Getman, V. E. Vasil`еv // ZalIznichniy transport Ukrayini. – 2011. – # 4. – S. 51-54.

Getman, G. K. O vozmozhnosti snizheniya rashoda elektroenergii na tyagu karernyih poezdov za schet chastichnogo otklyucheniya chasti tyagovyih dvigateley / G. K. Getman, V. E. Vasil`еv // ElektrifIkatsIya transportu. – 2015. – # 10. – S.49-58.

Sablin, O. I. Efekty`vnist` rekuperaciyi elektroenergiyi v sy`stemi elektrotransportu z invertorny`my` tyagovy`my` pidstanciyamy` postijnogo strumu / O. I. Sablin, D. O. Bosy`j, V. G. Kuzneczov ta in. // Visny`k Vinny`cz`kogo politexnichnogo insty`tutu. – 2016. – # 2. – S. 73-79.

Kostіn, N. A. Yakіst elektroenergiyi, reku-perovanoyi elektrovozami VL11M6 I VL11M / N. A. Kostіn, A. N. Muha, A. V. Nskstenko // Elektrifskatssya transportu. – 2015. – # 10. – S. 108-116.

Transport elektrifitsirovannyiy s pitaniem ot kontaktnoy seti. Ryad napryazheniy: GOST 6962-75 – [Deystvuet s 1977-01-01] – M.: Izd-vo standartov, 1976. – 3 s.

Napryazhenie pitaniya tyagovyih zheleznodorozhnyih setey: Standart NF EN 50163-1996 – [Deystvuet s 01.11.1996]. MKS 29.280, 1995. – 11 s.

Leonenkov, A. V. Nechetkoe modely`rovany`e v srede MathLab y` FuzzyTech / A. V. Leonenkov. – SPb.: BXV-Peterburg, 2005. – 736 s.

Published

2016-11-23

Issue

Section

Power Supply