high speed train
A high-speed train is a train used by rail traffic that reaches a maximum speed of at least 190 km / h and is therefore suitable for high-speed traffic. The vast majority of high-speed trains are used in long-distance traffic. Some short-distance trains are mainly used by commuters .
definition
There are different definitions of the minimum speed a train has to reach to be considered a high speed train and according to the International Union of Railways , European Union Directive 96/48 is a fairly broad definition. This guideline defined in 1996 that high-speed trains must reach around 200 km / h on specially built routes, at least 250 km / h on specially built routes and, in appropriate cases, over 300 km / h. The Technical Specifications for Interoperability (TSI) of the European Union from 2002 adopted the directive, but excluded trains that travel around 200 km / h on lines specially built for high-speed trains. The amendment to the directive in 2004, according to which trains with a maximum speed of 190 km / h or higher are considered high-speed trains, was carried over by the new TSI from 2008. A high-speed train must be able to travel at least 250 km / h on a high- speed line. This speed is also indicated in the International Union of Railways leaflet on regulations in Europe.
description
Locomotives for high-speed traffic are predominantly electric . Drives using diesel engines or gas turbines have been tried out many times, but are the great exception due to their comparatively high power-to-weight ratio .
In order to achieve high speeds, a large drive power is installed, often close to 10,000 kW, and at the same time constructed using lightweight construction. The former has become easier than it used to be thanks to today's power electronics with frequency converters for three-phase asynchronous motors . The lightweight construction requires materials, construction methods and processes from the aviation industry . The “fuselage” of an Intercity-Express, like that of an airplane, is made by extrusion of light metals and with window panes glued in flush.
The trains, which are extremely powerful for their mass, are also able to negotiate much greater gradients than conventional trains. Pure high-speed routes can be laid out more freely, which helps to save construction costs. However, the power must also be delivered and safely transmitted even at the highest speeds, which in addition to special high-speed overhead lines (see below) also requires high-speed pantographs that are aerodynamically designed and as light as possible. Many ICE trains take their traction current from two pantographs (one at each end of the train), which requires precautions so that the contact wire vibrations emanating from the front bracket do not disturb the rear one.
In order to guarantee the climbing ability and to bring the high performance to the rails, more driven axles are usually provided than with a conventional electric train (exception is, for example, the ICE 2 , when the half trains are divided). Thus, to build a multiple unit , which has at both ends four to six driven axles, or equal to a railcar with Allachsantrieb in all ( Shinkansen ), or in each second carriage ( ICE 3 ).
Low air resistance and low wind noise also play an important role; the outer skin of the trains will be as smooth as possible, the car transitions as seamless as possible. The cable ends are in the wind tunnel tested, design ( design ) and marketing play an important role as high-speed trains are the flagship of the respective operators Group. As a rule, these are pressurized vehicles .
Almost most important, however, is the drive . There are high-speed trains with Jakobs bogies or conventional bogies , both designs have advantages and disadvantages. In any case, the drive should have a low unsprung mass and be very well cushioned. Today air suspension is used almost without exception , and roll dampers are also used.
In order to meet the safety requirements, powerful brakes are also required. Electric braking (with resistors and / or regenerative) on the drive axles is supplemented by disc brakes , magnetic rail brakes and, recently, eddy current brakes .
High-speed trains in regular service currently reach speeds of up to 350 km / h. The first train with this final speed went into operation in China at the end of December 2009 on a section of the Beijing – Hong Kong high-speed line between the cities of Wuhan and Guangzhou . The trains of the series CRH2 and CRH3 need three hours for the 1000 kilometer route. On June 30, 2011, the important 1318-kilometer high-speed Beijing – Shanghai line went into operation, which the new CRH 380A (also: Harmony Express , German: “Train of Harmony” ) travels in just under five and a half hours with five stops.
The purchase price of a high-speed train with 350 seats is given by the International Union of Railways at 20 to 25 million euros. The maintenance costs are around one million euros per year, with an annual mileage of around 500,000 kilometers. Higher operating costs are offset by higher income from (compared to conventional trains) about twice as high mileage and greater willingness to pay due to higher levels of comfort. According to this, between 13 and 15 trains are typically required to operate one hundred kilometers of high-speed lines . The values vary between around six trains (USA) up to around 25 trains (France).
The speed record of 574.8 km / h is held by the V150, which is derived from the French TGV .
Development of high-speed traffic
The centers of development are Asia and Europe.
Survey time | V max | worldwide | Europe | North America | China | Japan | South Korea | Taiwan |
---|---|---|---|---|---|---|---|---|
January 2008 | 1737 | 1050 | 20 ( USA ) | 163 | 427 | 47 | 30th | |
Fall 2010 | ≥ 250 km / h | 2102 | 1243 | 20th | 839 (Asia) | |||
Spring 2012 | ≥ 200 km / h | 2777 | 1670 | 20th | 1087 (Asia) |
Long-haul trains with speeds of over 250 km / h are available in Europe between London and Marseille , Turin and Naples , as well as Barcelona and Málaga .
Manufacturer
The Chinese manufacturer CRRC has a global market share of 69% and dominates the markets outside of Europe. Other relevant providers are Japanese consortia ( Kawasaki , Hitachi ) with a world market share of 9% and the French manufacturer Alstom with a world market share of 8%. All other providers, u. a. the German Siemens group with a world market share of 3% are not (any longer) relevant according to a study by the railway consultancy SCI due to their low market importance.
Wheel sets, track gauges and wagon widths
Most high-speed trains use classic wheelsets with two wheels firmly pressed onto the wheelset shaft . An exception is the manufacturer Patentes Talgo , who uses idler wheel sets for the driveless cars , in which there is no torsionally rigid connection between the left and right wheels.
Most high-speed trains run on standard gauge , with the exception of Spain and Russia. In Spain operate under the names Alvia Intercity trains , which can run on existing routes in Iberian broad gauge , we can run on standard-gauge high-speed lines. The gauge change takes place during the passage at approx. 15 km / h by a lane change system . Russia uses high-speed trains that operate on the Russian broad gauge . India plans to build standard-gauge lines for the use of high-speed trains. China uses standard gauge, but sometimes uses car bodies that are wider than the European versions of the same train. Like the Velaro RUS , the Velaro CN from Siemens has car bodies with a width of 3265 mm instead of the 2924 mm common in Europe, which allows the arrangement of two seats on one side and three seats on the other side of the aisle.
List of high speed trains
The following rail-bound high-speed trains are all intended for a speed of at least 190 km / h in regular use.
Prototypes and measuring trains
The following trains were only built as single copies for test purposes or converted from series vehicles. These are trains that were not used in regular passenger transport, but were only used for testing or for route measurements.
Train type | Operating years (country) |
Company / operator / designer | Vmax | annotation |
---|---|---|---|---|
Three-phase - railcars | 1903 ( Germany ) | St.ES / Siemens & Halske | 206 km / h experimental | In September 1903, set the world record for rail vehicles on the St.ES test track |
Three-phase - railcars | 1903 ( Germany ) | St.ES / AEG | 210.3 km / h experimental | set the world speed record for rail vehicles at the time on the St.ES test track in October 1903 |
Rail zeppelin | 1930–1939 ( Germany ) | Franz Kruckenberg | 230 km / h experimental | set the speed record for rail vehicles, which was not surpassed until 1955, in 1931 |
ADIF series 330 | 2000– ( Spain ) | Talgo , Adtranz, Krauss-Maffei | 330 km / h regular 359 km / h experimental |
Prototype of the AVE S-102 , used as a measuring train since 2003 |
ADIF series 355 / Talgo XXI | 1998– ( Spain ) | Talgo , Krauss-Maffei | 220 km / h regular 256.4 km / h experimental |
Measuring train; set a speed record for diesel-powered multiple units on June 12, 2002. |
CNR series DJJ2 | 2002–2006 ( China ) | Zhuzhou Electric Locomotive Works | 321.5 km / h | |
Doctor Yellow | 1962- ( Japan ) | various | 270 km / h regular | several measuring trains of different series |
ICE S. | 1996– ( Germany ) | Siemens , Adtranz, AEG , DWA | 330 km / h regular 393 km / h 440 km / h theoretical |
still in use as a measuring train, holds the speed record for rail vehicles in Switzerland and Austria |
ICE V | 1985–1998 (Germany) | Siemens , AEG , BBC, Krauss-Maffei, Krupp , Thyssen Henschel | 280 km / h regular 406.9 km / h |
set the speed record for the world's fastest rail vehicle in 1988 |
HSR-350x | 2002-2006 ( South Korea ) | Hyundai Rotem | 352.4 km / h | |
Shinkansen series 1000 | 1962–1964 (Japan) | JNR | 256 km / h | March 30, 1963 on test track (later Tōkaidō track) |
Shinkansen class 951 | 1968–1979 (Japan) | JNR | 286 km / h | February 24, 1972 on the San'yō route |
Shinkansen class 961 | 1973–1990 (Japan) | JNR | 319 km / h | December 7, 1979 on test track (later Tōhoku track) |
Shinkansen class 962 | 1979–1983 (Japan) | JNR | Prototype of the 200 series | |
Shinkansen Series 500–900 Series (WIN350) | 1992-1996 (Japan) | JR West | 350.4 km / h | August 8, 1992 on the San'yō route, prototype of the 500 series |
Shinkansen class 952/953 (STAR 21) 1 | 1992-1998 (Japan) | JR East | 425 km / h | December 21, 1993 on the Jōetsu route |
Shinkansen Series 955 (300X) | 1995-2002 (Japan) | JR Central | 443 km / h | June 26, 1996 on the Tōkaidō route |
Shinkansen Series E954 ( FASTECH 360 S ) | 2005-2009 (Japan) | JR East | 398 km / h | E5 series prototype |
Shinkansen Series E955 ( FASTECH 360 Z ) | 2006-2008 (Japan) | JR East | 405 km / h (planned) | E6 series prototype (mini Shinkansen type) |
TGV A unit 325 | 1989–1990 ( France ) | Alstom | 515.3 km / h experimental | modified and shortened unit from the series series, set the speed record for the world's fastest rail vehicle in 1990 |
TGV Iris 320 | 2006– ( France ) | Alstom | 320 km / h regular | Measurement train, formerly TGV Réseau unit 4530 |
TGV V150 | 2007 (France) | Alstom | 574.8 km / h experimental | Formed from parts of TGV POS unit 4402, set the current speed record for the world's fastest rail vehicle in 2007 (as of 2015) |
Gröna Tåget | 2005–2012 ( Sweden ) | Bombardier | 303 km / h experimental | Concept train without a planned series |
Bombardier JetTrain | 2000-2003 ( USA ) | Bombardier | 251 km / h experimental | Test vehicle without a planned series |
In 1903, two test vehicles of the German study society for electric express trains passed the 200 km / h mark shortly after each other on the St. ES test route Marienfelde - Zossen .
On September 3, 2000, the Lanjian ("blue arrow"), a train designed for speeds of up to 305 km / h, was presented in the workshops of the Zhuzhou locomotive factory in Changsha . The unit, comprising a powered end car (4800 kilowatts), five medium-sized cars and a control car, was to be used in passenger service between Guangzhou and Shenzen from 2001. A total of eight multiple units were ordered for this. (The current status of the implementation is not known here.)
Current high-speed trains
All high-speed trains that are currently in use or that are currently completing their acceptance runs are listed here. (As of January 2019)
Central Europe
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
ČD series 680 "Pendolino" | Czech Republic | Fiat Ferroviaria (now Alstom) | 230 km / h | 237 km / h | 2004 |
EC250 (Giruno) | Switzerland , Germany , Italy | Stadler Rail | 250 km / h |
(acceptance test for approval) |
275 km / h 2017 |
IC2000 | Switzerland | Schindler wagon | 200 km / h |
(acceptance test for registration) |
220 km / h 1997 |
ICE 1 (series 401) | Germany , Switzerland | Siemens , ABB , AEG , Krauss-Maffei , Krupp , Thyssen Henschel | 280 km / h |
(acceptance test for approval) |
328 km / h 1991 |
ICE 2 (series 402) | Germany | Siemens, Adtranz | 280 km / h |
(acceptance test for approval) |
310 km / h 1996 |
ICE 3 ( series 403 , series 406 ) | Germany, Netherlands , Belgium , France , Switzerland | Siemens, Bombardier | 330 km / h |
(acceptance test for approval) |
369.4 km / h 1999 |
ICE 3 / Velaro D ( series 407 ) | Germany, France, Belgium | Siemens | 320 km / h |
(acceptance test for approval) |
357 km / h 2013 |
ICE 4 | Germany, Switzerland | Siemens | 250 km / h |
(acceptance test for registration) |
275 km / h 2017–2025 (12-part variant) 2020–2025 (7- and 13-part variant) |
ICE T | Germany, Austria | Siemens, Bombardier, (1st series: Fiat Ferroviaria 2nd series: Alstom ) |
230 km / h |
(acceptance test for registration) |
255 km / h 1998 |
ICN | Switzerland | Adtranz, later Bombardier and Alstom | 200 km / h |
(acceptance test for registration) |
220 km / h 2000 |
KISS (version WESTbahn) | Austria | Stadler Rail | 200 km / h |
(acceptance test for registration) |
220 km / h 2011 |
Metropolitan Express Train (MET) | Germany | Vehicle technology Dessau | 220 km / h |
(acceptance test for registration) |
242 km / h 1999 |
PKP series ED250 "Pendolino" | Poland | Alstom | 250 km / h |
(acceptance test for registration) |
293 km / h 2014 |
Railjet | Austria, Czech Republic, Germany, Hungary , Switzerland, Italy | Siemens | 230 km / h |
(acceptance test for registration) |
275 km / h 2008 |
Class 102 locomotive with Škoda push-pull sets | Germany | Škoda | 190 km / h |
(acceptance test for registration) |
210 km / h 2019 |
SŽ series 310 | Slovenia | Fiat Ferroviaria (now Alstom) | 200 km / h |
(acceptance test for registration) |
220 km / h 2000 |
* regular maximum speed |
An ICE 3 on the high-speed route Cologne – Rhein / Main
Czech Pendolino Czech class 680
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
NSB Type 71 (Flytoget) | Norway | ADtranz (today Bombardier) | 210 km / h | ? | 1997 |
NSB Type 73 (Krengetog) | Norway , Sweden | ADtranz (today Bombardier) | 210 km / h | ? | 1999 |
NSB Type 74 - Type 76 | Norway | Stadler Rail | 200 km / h | ? | 2012 |
NSB Type 78 (Oaris) | Norway | CAF | 250 km / h | 250 km / h | 2018 |
VR series Sm3 | Finland | Fiat Ferroviaria (now Alstom) | 220 km / h | 248 km / h | 1995 |
VR series Sm6 | Finland, Russia | Fiat Ferroviaria (now Alstom) | 220 km / h | 2010 | |
X2 | Sweden , Denmark | ABB ( Västerås ), Kalmar Verkstad ( Kalmar ) | 200 km / h | 276 km / h *** | 1990 |
X3 (Arlanda Express) | Sweden | Alstom | 200 km / h | ? | 1999 |
X40 | Sweden | Alstom | 200 km / h | ? | 2004 |
X50, X51, X52, X53 and X54 "Regina" | Sweden , Norway | Bombardier | 200 km / h | 303 km / h *** | 2000 |
MTR X74 | Sweden | Stadler Rail | 200 km / h | ? | 2015 |
ER1 | Sweden | Stadler Rail | 200 km / h | ? | 2019 |
|
Great Britain, France, Benelux
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
British class 373 / Eurostar | London - Paris / Brussels | Alstom | 300 km / h | 334 km / h | 1993 |
British class 390 "Pendolino" | United Kingdom | Fiat Ferroviaria (now Alstom) | 200 km / h | 225 km / h | 2002 |
British Class 395 "Javelin" | United Kingdom | Hitachi | 225 km / h | 252 km / h | 2007 |
Eurostar 320 | United Kingdom, France , Belgium , Netherlands | Siemens | 320 km / h | 320 km / h | 2017 |
HST (InterCity 125) (Diesel) | United Kingdom | BREL | 200 km / h | 238 km / h | 1976 |
InterCity 225 | United Kingdom | BREL, GEC Alsthom (now Alstom ) | 225 km / h | 262 km / h | 1988 |
TGV Atlantique | France ( LGV Atlantique ) | Alstom | 300 km / h | ? | 1989 |
TGV duplex | France, Germany, Switzerland | Alstom | 320 km / h | ? | 1995 |
TGV POS | France, Germany ( LGV Est ) , Switzerland | Alstom | 320 km / h | ? | 2008 |
TGV Réseau (Thalys PBA) |
France ( Paris - Brussels - Amsterdam ) |
Alstom | 320 km / h | ? | 1991 |
TGV Sud-Est | France ( LGV Sud-Est ) | Alstom | 270 km / h (original) 300 km / h (upgrade) |
? | 1981 |
Thalys (PBKA) | Paris - Brussels - Cologne / Amsterdam | Alstom | 300 km / h | 330 km / h | 1997 |
* regular maximum speed |
French TGV near Frankfurt am Main
Southern Europe
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
CP series 4000 "Alfa Pendular" | Portugal | Fiat Ferroviaria (now Alstom) | 220 km / h | 266 km / h | 1998 |
ETR 450 | Italy | Fiat Ferroviaria (now Alstom) | 250 km / h | ? | 1987 |
ETR 460 , ETR 480 "Pendolino" | Italy | Fiat Ferroviaria (now Alstom) | 250 km / h | ? | 1993 |
ETR 470 "Cisalpino" | Italy, Switzerland | Fiat Ferroviaria (now Alstom) | 200 km / h | ? | 1993, 1996-2015 (SBB) |
ETR 500 | Italy | Alstom, Bombardier, AnsaldoBreda | 300 km / h | 351 km / h | 1992 |
ETR 575 (AGV) | Italy ( Turin - Salerno ) | Alstom | 300 km / h | 360 km / h | 2012 |
ETR 600 | Italy | Alstom | 250 km / h | ? | 2007 |
ETR 610 | Italy, Switzerland | Alstom | 250 km / h | ? | 2007 |
ETR1000 | Italy ( Turin - Salerno ) | AnsaldoBreda, Bombardier | 300 km / h | 400 km / h | 2015 |
RENFE series 100 | Spain ( Madrid - Seville ) | Alstom | 300 km / h | 357 km / h | 1992 |
RENFE series 102 and 112 ( Talgo 350 ) | Spain (Madrid– Málaga ) | Talgo , Bombardier | 330 km / h | 365 km / h | 2005 |
RENFE series 103 / Velaro E | Spain (Madrid – Barcelona) | Siemens | 350 km / h | 404 km / h | 2006 |
RENFE series 104 | Spain | Alstom, CAF | 250 km / h | ? | 2005 |
RENFE series 114 | Spain | Alstom, CAF | 250 km / h | ? | 2009 |
RENFE series 120 and 121 | Spain | CAF, Alstom | 250 km / h | ? | 2006 |
RENFE series 130 / Talgo 250 | Spain | Talgo, Bombardier | 250 km / h | ? | 2007 |
RENFE series 490 | Spain | Alstom, Fiat | 220 km / h | ? | 1998 |
RENFE series 730 / Talgo 250H | Spain | Talgo, Bombardier | 250 km / h | ? | 2012 |
* regular maximum speed |
Italian ETR 500
People's Republic of China, India, Southeast Asia
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
CRH1A, CRH1B and CRH1E | China | Bombardier | 250 km / h | ? | 2007 |
CRH2A, CRH2B and CRH2E ( Shinkansen Series E2-1000 ) | China | Kawasaki Heavy Industries / Sifang Locomotive and Rolling Stock | 250 km / h | 341 km / h | 2006 (A, B, E) 2008 (C) |
CRH2C (Shinkansen platform) | China | Kawasaki Heavy Industries / Sifang Locomotive and Rolling Stock | 350 km / h (CRH2C) 380 km / h (CRH2C-380) |
? | 2007 |
CRH3A | China | Siemens | 250 km / h | ? | 2013 |
CRH3C / Velaro CN | China | Siemens / Tangshan Railway Vehicle | 380 km / h | 487.3 km / h | 2008 |
CRH380A | China | China South Locomotive & Rolling Stock Corporation Limited | 380 km / h | 486.1 km / h | 2010 |
CRH380B and CRH380BL | China | Tangshan Railway Vehicles / Changchun Railway Vehicles | 380 km / h | ? | 2011 |
CRH380CL | China | Changchun Railway Vehicles / Hitachi | 380 km / h | ? | 2013 |
CRH5 / Pendolino | China | Alstom | 250 km / h | ? | 2006 |
CRH6 | China | Nanjing Puzhen Rolling Stock Works | 180/250 km / h | ? | 2013 |
* regular maximum speed |
Japan, Korea, Taiwan
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
KTX-I (series 10) | South Korea | Alstom, Hyundai Rotem | 300 km / h | ? | 2004 |
KTX-II (series 11 "Sancheon" and 12 "Honam") | South Korea | Hyundai Rotem | 330-360 km / h | 352 km / h | 2010 |
KTX-III | South Korea | Red | 350 km / h | 430 km / h | 2018 |
Shinkansen class 100 | Japan ( Osaka - Hakata ) | Nippon Sharyo , Kawasaki HI , Hitachi , Kinki Sharyo , Tokyu Sharyo | 230 km / h | 277 km / h | 1985 |
Shinkansen class 200 | Japan ( Tokyo - Niigata / Morioka ) | Nippon Sharyo, Hitachi, Kawasaki HI, Tokyu | 240 km / h | 276 km / h | 1982 |
Shinkansen 300 series | Japan ( Tokyo - Osaka - Hakata ) | Nippon Sharyo, Hitachi, Kawasaki HI, Kinki Sharyo | 270 km / h | 325.7 km / h | 1992 |
Shinkansen 500 series | Japan (Osaka – Hakata) | Hitachi, Kawasaki HI | 300 km / h | 365 km / h | 1997 |
Shinkansen Series 700 | Japan (Tokyo – Osaka – Hakata) | Hitachi, Kawasaki HI, Kinki Sharyo, Nippon Sharyo | 285 km / h | 339 km / h | 1999 |
Shinkansen Series 700T | Taiwan ( Taipei - Kaohsiung ) | Hitachi, Kawasaki HI | 300 km / h | 315 km / h | 2007 |
Shinkansen Series 800 | Japan (Hakata– Kagoshima ) | Hitachi | 260 km / h | 285 km / h | 2004 |
Shinkansen series E1 | Japan ( Tokyo - Niigata ) | Hitachi, Kawasaki HI | 240 km / h | ? | 1994 |
Shinkansen series E2 | Japan (Tokyo– Aomori / Nagano ) | Hitachi, Kawasaki HI, Nippon Sharyo, Tokyu Car | 275 km / h | 362 km / h | 1997 |
Shinkansen series E3 | Japan (Tokyo– Shinjō / Akita ) | Kawasaki HI, Tokyu Car | 275 km / h | 340 km / h | 1997 |
Shinkansen series E4 | Japan ( Tokyo - Sendai / Niigata ) | Hitachi, Kawasaki HI | 240 km / h | ? | 1997 |
Shinkansen series E5 | Japan (Tokyo – Aomori) | Hitachi, Kawasaki HI | 320 km / h | 388 km / h | 2009 |
Shinkansen series E6 | Japan (Tokyo – Akita) | Hitachi, Kawasaki HI | 320 km / h | 388 km / h | 2010 |
Shinkansen class N700 | Japan (Tokyo – Osaka – Hakata, Osaka – Hakata – Kagoshima) | Hitachi, Kawasaki HI, Nippon Sharyo | 300 km / h | 360 km / h | 2007 |
* regular maximum speed |
Japanese Shinkansen
South Korean KTX II
Russia, Middle East and Central Asia
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
Afrosiyob / Talgo 250 | Uzbekistan ( Tashkent - Samarqand ) | Talgo , Ingeteam | 250 km / h | ? | 2011 |
Haramain | Saudi Arabia | Talgo | 300 km / h | ? km / h | 2018 |
Sapsan / Velaro RUS | Russia | Siemens | 250 km / h | 292 km / h | 2009 |
Strizh ; Стриж | Russia | Talgo | 200 km / h | ? | 2015 |
TCDD series HT65000 | Turkey ( Türkiye Cumhuriyeti Devlet Demiryolları ) | Construcciones y Auxiliar de Ferrocarriles | 300 km / h | ? | 2009 |
TCDD series HT80000 | Turkey ( Türkiye Cumhuriyeti Devlet Demiryolları ) | Siemens | 300 km / h | 330 km / h | 2015 |
* regular maximum speed |
Africa, America, Australia, New Zealand
Surname | operation area | Manufacturer | v max * | v max ** | Commissioning (commercial) |
---|---|---|---|---|---|
Acela Express | USA ( Northeast Corridor ) | Bombardier | 240 km / h | 265 km / h | 2000 |
Al Boraq | Morocco | Alstom | 320 km / h | 357 km / h | 2018 |
* regular maximum speed |
Former high-speed trains
The following trains have been taken out of service or the project has been discontinued.
Surname | operation area | Manufacturer | v max * | v max ** | (commercial) commissioning | Decommissioning |
---|---|---|---|---|---|---|
BR class 370 ( APT ) | UK ( London - Glasgow ) | British Rail | 200 km / h | 249 km / h | 1981 | 1986 |
ЭР200 | Russia | Riga wagon factory | 200 km / h | ? | 1974 | 2009 |
ЭС250 (ES250, Sokol ) | Russia | 250 km / h | ? | 1997 | 2006 (project discontinued) | |
ICE TD (diesel) | Germany , Denmark, Switzerland | Siemens, Bombardier | 200 km / h | 222 km / h | 2001 | 2017 (passenger deployment ended, one unit still in use as a train laboratory) |
RENFE series 101 | Spain ( Barcelona - Alicante ) | Alstom | 220 km / h | 254 km / h | 1997 | 2009 (converted into RENFE series 100 ) |
RENFE series 490 | Spain | Alstom , Fiat Ferroviaria | 220 km / h | ? | 1998 | 2014 |
Shinkansen class 0 | Japan | Nippon Sharyo, Kawasaki HI, Kinki Sharyo, Kisha, Hitachi | 220 km / h | 235 km / h | 1964 | 2008 |
Shinkansen 400 series | Japan ( Tokyo - Shinjō ) | Kawasaki HI | 240 km / h | 345.8 km / h | 1990 | 2010 |
AnsaldoBreda V250 ( Fyra ) | Belgium / Netherlands | AnsaldoBreda | 250 km / h | ? | 2012 | 2013 |
(unnamed trains of the TEE Rail Alliance ) | Germany , Austria , Switzerland | - | 200 to 230 km / h | - | - | - |
* regular maximum speed |
High-speed trains in planning
The following high-speed trains are currently (as of April 2019) in planning, under development or under construction.
Surname | operation area | Manufacturer | v max * | v max ** | (planned) commissioning |
---|---|---|---|---|---|
Avril | Spain | Talgo | 330 km / h | 363 km / h | 2021 |
Cobra | Argentina | Alstom | 320 km / h | ? | Procurement project for the future |
* regular maximum speed |
In the United States, four pre-series high-speed trains are to be procured for California High-Speed Rail and the Northeast Corridor (status: 2014).
literature
- Hubert Hochbruck: high-speed vehicles . In: Railway technical review . Volume 64, Issue 5, p. 14-27 .
- Eberhard Jänsch: Mixed traffic on new lines . In: Railway technical review . Volume 64, Issue 5, p. 28-32 .
- Yuanfei Shi, Peter Mnich: Chinese HGV / IC traffic at "reasonable" operating speeds . In: Railway technical review . Volume 64, Issue 5, p. 34-43 .
Web links
Individual evidence
- ↑ General definitions of high speed. International Union of Railways , April 12, 2013, accessed May 4, 2014 .
- ↑ Council Directive 96/48 / EC of July 23, 1996 on the interoperability of the trans-European high-speed rail system , accessed on May 5, 2014
- ↑ The trans-European high-speed rail system - Guide to the application of the TSIs for the high-speed rail system according to Council Directive 96/48 / EC . Publications Office of the European Union, Luxembourg 2004, ISBN 92-894-6300-7 , p. 15/16 (17/18) ( online [PDF; 525 kB ; accessed on May 10, 2014]). The trans-European high-speed rail system - Guide to the application of the TSI for the high-speed rail system according to Council Directive 96/48 / EC ( Memento of 16 May 2014 in the Internet Archive )
- ↑ Decision of the Commission of February 21, 2008 on the technical specification for the interoperability of the “rolling stock” subsystem of the trans-European high-speed rail system , accessed on January 18, 2014
- ↑ High-speed Europe - a sustainable link between citizens . Publications Office of the European Union, Luxembourg 2010, ISBN 978-92-79-13620-7 ( europa.eu [PDF; 7.3 MB ; accessed on May 10, 2014]).
- ↑ Provisions to ensure the technical compatibility of high-speed trains . 2nd Edition. Leaflet 660. UIC, 2002, ISBN 2-7461-0214-5 ( online [accessed May 10, 2014]). Provisions to ensure the technical compatibility of high-speed trains ( Memento of May 12, 2014 in the Internet Archive )
- ^ John Glover: Global insights into high speed rail . In: Modern Railways . tape 66 , no. 734 , 2009, ISSN 0026-8356 , p. 64-69 (English).
- ↑ a b c d e f g h i High speed rail - Fast track to sustainable mobility . International Union of Railways, Paris February 2008, p. 12 f . (28-page brochure).
- ↑ a b c d e f g High speed rail - Fast track to sustainable mobility . International Union of Railways, 2012, ISBN 978-2-7461-1887-4 ( online [PDF; 15.5 MB ; accessed on May 7, 2014] Biennial Report). High speed rail - Fast track to sustainable mobility ( Memento from May 8, 2014 in the Internet Archive )
- ↑ a b c d e f g High speed rail - Fast track to sustainable mobility . International Union of Railways, 2010, ISBN 978-2-7461-1887-4 ( online [PDF; 4,3 MB ; accessed on May 7, 2014]). High speed rail - Fast track to sustainable mobility ( Memento from May 8, 2014 in the Internet Archive )
- ↑ China's express trains threaten the future of ICE and TGV. In: The world . August 5, 2016. Retrieved August 6, 2016 .
- ↑ Yunfan Wei: tracking control of an actively steered wheel pair for trams . S. 14 ( kit.edu ).
- ^ Alberto García Álvarez: Automatic track gauge changeover for trains in Spain . September 2010, p. 11 ( 81.47.175.201 [PDF]).
- ↑ Arunendra Kumar: High Speed Rail Project in India from Mumbai to Ahmedabad . S. 2 (English, ihra-hsr.org [PDF]).
- ↑ Alex, er Nazarov, Oleg Nazarov, Marion Protze: Broad-gauge Velaro fleet relaunches Russia's high speed programs. November 1, 2006, accessed April 13, 2020 .
- ↑ Kai Mudra: ICE speeds through the Thuringian Forest at 330 km / h. October 13, 2016, accessed on June 29, 2020 (German).
- ↑ JR East: FASTECH 360 新 幹線 電車 用 駆 動 装置 ・ 集 電 装置東洋 電機 技 報 No. 114. (PDF; 264 KiB) In: Toyo Denki. September 2006, archived from the original on June 3, 2013 ; accessed in September 2006 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice.
- ↑ SJs lokförare jumping 300 kilometer intervals. SJ AB , archived from the original on July 23, 2014 ; Retrieved November 3, 2013 (Swedish). Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice.
- ↑ New generation of locomotives for Chinese railways . In: Eisenbahn-Revue International . No. 11 , 2000, ISSN 1421-2811 , p. 511 .
- ^ Corrigenda and addendum . In: Eisenbahn-Revue International . No. 12 , 2000, ISSN 1421-2811 , p. 549 .
- ↑ New ICE 407 on a test drive at 357 km / h. zi communications inc, archived from the original on December 28, 2013 ; accessed on June 27, 2014 .
- ↑ SJs lokförare jumping 300 kilometer intervals. (No longer available online.) SJ, archived from the original on July 23, 2014 ; Retrieved November 3, 2013 (Swedish). Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice.
- ↑ a b CRH380B and CRH380BL high-speed train in China (accessed June 2, 2014)
- ↑ a b Record speed of a high-speed train (accessed on June 2, 2014)
- ^ Intelligence market . In: Railway Gazette International . tape 171 , no. 1 , 2015, ISSN 0373-5346 , p. 16 f . ( railwaygazette.com ).