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1 Deputy Managing Director - Chief engineer JSCo «RZD» KOBZEV Sergey Prospects and ways of development of railway transport in Russia
Transcript of Related image - Home - one world. one rail · 6. The results of introducing energy-optimized...
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Deputy Managing Director - Chief engineer JSCo «RZD»
KOBZEV Sergey
Prospects and ways of development of railway
transport in Russia
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Power consumption of railway transportation
33
pollution
sources
0.04%
0.07%
0.9%
51,200
460
wastewater
treatment
facilities
300
kinds of
waste
31.3 m ton 0.3 m tons
14.4 bn cubic meters 0.01 bn cubic meters
5,060 m tons 2.17 m tons
Assessment of transportation’s negative environmental impact in Russia in figures
78%
9%
7%5% 1%
Автомобильный
Воздушный*
Трубопроводный*
Водный*
Железнодорожный
Polluting emissions
Road transportation
Air transportation*
Pipeline transportation*
Water transportation*
Rail transportation
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Maloshuika
Obozerskaya
Kochkoma
Ledmozero
Velikie Luki
Kaliningrad
SaratovRostov
Belogorsk
Baranovsky
Chita
Murmansk
Petrovsky Zavod
Khabarovsk
Chelyabinsk
AgryzKazan
Kirov
No
voro
ssiysk
Omsk
yaroslavl
Mga
Aleksandrov
Vanino
Irkutsk
Stolbovaya
Nizhnyaya
Smychka
Ob
Taiga
Sayanskaya
Koshurnikovo
Zavitaya
Gvozdevo
OlenegorskPinozero
Medvezhya Gora
Вологда
Vyborg
Ust-Luga
Yelets
Povorino
Atkarsk
Liski
RossoshUspenskaya
Akhtuba
Syzran
Inza
Cheboksary
Alnashi
Zilay
Isilkul
Karasuk
Kulunda
Uyar
Cheremkhovo Ulan-Ude
Zabaykalsk
Severobaykalsk
Angarakan
Bikin
Ruzhino
Uglovaya
Loukhi
Konosha
Kotlas
Kizlyar
Sulak
Tatarskaya
Borzya
KotelnichSolikamsk
Yekaterinburg
Lipetsk
St. Petersburg
Uzunovo Nizhny Novgorod
Arzamas
Krasnogvardeyets
Bugulma
Kanash
Tula
Aksarayskaya
Nurlat
Artyshta
Tver
MOSCOW
Samara
Voskresensk
Karymskaya
Vyazma
Likhaya Ufa
Slyudyanka
TaishetKorshunikha
Novy Urgal
PermGryazi
Krasny Kut
Kovdor
Achinsk
Belomorsk
Kubinka
Tikhoretskaya
Vanino – Vusokogornaya – Selikhin –
Komsomolsk-on-Amur – Mylki –
Volochayevka
Rtishchevo –
kochetovka
Stoylenskaya
– Sarayevka
Vyshesteblievskaya –
Krasnaya Strela – Yurovsky –
Krymskaya,
Anapa – Yurovsky
KAZAKHSTAN
UKRAINE
BELARUS
FINLAND
CHINA
ШВЕЦИЯ
НОРВЕГИЯ
POLAND
LATVIA
LITHUANIA
МОНГОЛИЯ
Gatchina – Veimarn – Luzhskaya,
Veimarn – Ivangorod-Narvsky, Vyborg
– Kamenogorsk,
Kalishche – Kotly
Zabaykalsk –
Kharanor – Borzya
Ozherelie-Uzlovaya –
Volovo – Yelets
Energy Efficiency of Railway Electrification through to 2025
2025 год
Freight turnover +31.3%
Turnover distribution by propulsion type:
Diesel propulsion 10.7%
Electric propulsion 89.3%
Power intensity -5,6%
Pollutant emissions -8,0%
by 2018
by 2018
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Energy and ecological efficiency of delivering a 20' container (TEU) from Shanghai to Wien (TTW)
Energy consumption 79,8 MJ
GHG emissions 5,9 tons of CO2e
Energy consumption 16,9 MJ
GHG emissions 1,3 tons of CO2e
Ecological efficiency of the new silk road
Energy consumption 789,6 MJ
GHG emissions 56,6 tons of CO2e
Energy consumption 15,1 MJ
GHG emissions 0,1 tons of CO2e
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The results of introducing energy-optimized freight train service schedules in JSCo RZD
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128
412
734
815
925
3
5,5 15
23,2
35,2
41,4
0
10
20
30
40
50
60
70
80
90
100
0
100
200
300
400
500
600
700
800
900
1000
2013 2014 2015 2016 2017 2018
Экономия, млн кВт*ч
Протяженность учатков пути, тыс. км
3,200locomotives on Russia’s railway
network are equipped with energy-
optimized train driving systems (DAS
and SATO)
Savings, m. kWh
Road length, thous. kilometers.
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Moscow Central Circle – “Moscow Digital Circle”
Digital transport environmentGSM-R E-LTE
Passenger information
More trains/freight/passengers. More connected. More client services.
Embedded infrastructure
diagnostic system
Embedded rail fault detection
system
DPC«Rolling stock»
«Big data»
«Automatic driver»
Infrastructure availability factor - 0,99
Rolling stock availability factor - 0,99
Rise in labor productivity in 2019 by 27% compared to 2016
CCU «Automatic train supervision» DPC«Infrastructure»
«Big data»
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Basic results of JSCo "RZD" environmental activity
Results of JSCo RZD environmental activity
2003
57,8
2007 2015 2018 2020
62,472,9
79,1 80
190,3
148,173,2
59 56
43,642,1
33,8 33,233
37,916
7,73 6,36
0
25
50
75
100
1990 г. 1995 г. 2000 г. 2005 г. 2010 г. 2015 г. 2020 г. 2025 г. 2030 г.
- 50%
UIC target in reduction of CO2 emissions vs. 1990
- 45,7%
Reduction of RZD emissions of CO2 in 2018 vs. 1990
Implementation of RZD greenhouse gas emission reduction program
