Abstract
The article provides principles for the evaluation of the energy utilization efficiency for the train traction at the sections of electrified railways of arbitrary length using time-synchronized data of the automatic electricity billing systems installed on the contact network feeders of the traction substations and electrically driven rolling stock as well as satellite system rolling stock location data are used. Restrictions of the existing measurement systems and data processing of the electricity utilization for the train traction are listed. Identification areas of the bottlenecks with reduced energy efficiency in the traction power supply system, train driving technology, train traffic organization are demonstrated. Results of the pilot operation of the electrical power accounting subsystem on the contact network DC traction substation feeders are provided. Expected scientific and practical results of the system proposed are identified.
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References
Energy strategy of Russian Railways Holding for the period till 2020 and on prospect till 2030, Moscow, p. 76 (2016)
Cheremisin, V., Nikiforov, M.: Evaluation of the potential for improving the energy efficiency of the traction power supply system. Izv. Transsiba 2, 75–84 (2013)
Shkolnikov, E., Cheremisin, V., Ushakov, S.: The commercial accounting of electric energy on the electrorolling stock. Zheleznodorozhniy Transp. 8, 50–54 (2016)
Cheremisin, V., Pashkov, D., Ushakov, S.: The automated monitoring of power overall performance of the electrorolling stock of JSC «RZhd». Izv. Transsiba 3, 87–91 (2014)
Cheremisin, V., Pashkov, D., Nikiforov, M.: Concept of traction power supply and electrorolling stock JSC «RZhd» power system effectiveness monitoring. In: Increase in Power Efficiency of Land Transport Systems: Materials of the International Scientific and Practical Conference, Omsk, pp 7–14. OSTU, Omsk (2014)
Cheremisin, V., Ushakov, S., Pashkov, D., Nikiforov, M.: Stages of transportation process energy efficiency automated system monitoring realization. Zheleznodorozhniy Transp. 3, 45–49 (2015)
Kashtanov, A., Nezevak, V., Nikiforov, M., Ushakov, S., Cheremisin, V.: Method for determining technological losses of electric power for traction in traction substations of railway transport direct current. Patent for Invention RUS 2573098 (2014)
Kashtanov, A., Nezevak, V., Nikiforov, M., Ushakov, S., Cheremisin, V.: Method for determination technological losses of electric energy in traction network of railway transport. Patent for Invention RUS 2572797 (2014)
Kashtanov, A., Nezevak, V., Nikiforov, M., Pashkov, D., Ushakov, S., Cheremisin, V.: Method for determining the consumption of electrical energy by an electric rolling stock within the limits of an arbitrary recording area. Patent for Invention RUS 2559408
Cheremisin, V., Chizhma, S., Nikiforov, M., Lavruhin, A., Malyutin, A., Okishev, A., Plotnikov, Yu., Degtyareva, A.: Block of monitoring and accounting of electric energy. Patent for Use-ful Model RUS 165423 (2015)
Cheremisin, V., Kashtanov, A., Nikiforov, M.: Increase of electric traction power efficiency at introduction of electric energy monitoring on feeders of contact network. Transp. Urala 2, 67–70 (2015)
Nezevak, V., Nikiforov, M.: Increase of electric traction power efficiency at introduction of electric energy monitoring on feeders of contact network. In: Transport Infrastructure of the Siberian Region: Materials of the Sixth International Scientific and Practical Conference, Irkutsk, vol. 1, pp 613–617. IrGUPS, Irkutsk (2015)
Nikiforov, M., Plotnikov, Yu.: Experimental assessment of losses of electric energy in converting units of traction substations of a direct current due to application ASAEP FCN. In: Devices and Methods of Measurements, Quality Control and Diagnostics in the Industry and on Transport: Materials of the Second All-Russian Scientific and Technical Conference with the International Participation, Omsk, pp. 234–241. OSTU, Omsk (2016)
Cheremisin, V., Nikiforov, M., Kashtanov, A., Vilgelm, A.: Increase of recuperative braking power efficiency at sites of a direct current. In: In-crease Of Recuperative Braking Power Efficiency at Sites of a Direct Current, OSTU, Omsk, pp. 176 (2016)
Cheremisin, V., Nikiforov, M., Vilgelm, A.: Methodology for evaluating the energy efficiency of regenerative braking application and energy recovery. Izv. Transsiba 1, 60–70 (2016)
Cheremisin, V., Nikiforov, M., Vilgelm, A.: Method of regenerative braking and energy recovery use cost-effectiveness calculating. Transp. Urala 3, 95–99 (2016)
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Cheremisin, V., Nikiforov, M., Kashtanov, A., Ushakov, S. (2018). Intelligent Automated System for the Monitoring of Railway Areas with a Low Transport Process Energy Efficiency. In: Murgul, V., Popovic, Z. (eds) International Scientific Conference Energy Management of Municipal Transportation Facilities and Transport EMMFT 2017. EMMFT 2017. Advances in Intelligent Systems and Computing, vol 692. Springer, Cham. https://doi.org/10.1007/978-3-319-70987-1_9
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DOI: https://doi.org/10.1007/978-3-319-70987-1_9
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