Prelims
Chinese Railways in the Era of High-Speed
ISBN: 978-1-78441-985-1, eISBN: 978-1-78441-984-4
Publication date: 7 October 2015
Citation
(2015), "Prelims", Chen, Z. and Haynes, K.E. (Ed.) Chinese Railways in the Era of High-Speed, Emerald Group Publishing Limited, Leeds, pp. i-xxii. https://doi.org/10.1108/978-1-78441-985-120151011
Publisher
:Emerald Group Publishing Limited
Copyright © 2015 Emerald Group Publishing Limited
Half Title Page
Chinese Railways in the Era of High-Speed
Title Page
Chinese Railways in the Era of High-Speed
ZHENHUA CHEN
University of Southern California, Los Angeles, CA, USA
KINGSLEY E. HAYNES
George Mason University, Fairfax, VA, USA
United Kingdom • North America • Japan • India • Malaysia • China
Copyright Page
Emerald Group Publishing Limited
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First edition 2015
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ISBN: 978-1-78441-985-1 (Print)
ISBN: 978-1-78441-984-4 (Online)
List of Tables
Chapter 1 | 1.1 | Six speed-up strategies implemented in the Chinese railway system. |
1.2 | Average travel distance per personal trip by mode. | |
1.3 | Freight railway transport characteristics by commodity: 2012. | |
1.4 | Average transport distance per cargo trip by mode. | |
1.5 | International comparison of railway service. | |
1.6 | HSR infrastructure delivery schedule of different systems. | |
Chapter 2 | 2.1 | Comparisons of the HSR operational performance (2012). |
2.2 | HSR evolution in the world. | |
2.3 | Accident rate comparison among different modes of transport in China: 1996–2012. | |
Chapter 3 | 3.1 | Comparisons of HSR deployment in different countries. |
3.2 | Chinese indigenous EMU technologies. | |
3.3 | Tenders for EMUs during 2004 and 2006. | |
3.4 | CRH EMU technological specifications. | |
3.5 | Initial stakeholders of the Beijing-Shanghai HSR Co. Ltd. | |
3.6 | Construction characteristics of the selected Chinese HSR lines. | |
3.7 | Accommodation capacity of the top 10 Chinese rail stations. | |
3.8 | Top 10 railway tunnels in China. | |
3.9 | Summaries of HSR agreements initiated by Chinese top leaders. | |
Chapter 4 | 4.1 | Regional economic disparity of the different economic zones (2004). |
4.2 | Top 10 major megalopolises in China. | |
4.3 | Group clashes related to HSR construction. | |
4.4 | Comparison of unit ticket price among different intercity transport services. | |
4.5 | Major HSR failure statistics (December 2009–December 2014). | |
4.6 | Financial performance and balance sheet of the Chinese railway corporation. | |
4.7 | Comparison of air traffic before and after HSR service operations. | |
Chapter 5 | 5.1 | Financial performance of different divisions of the SNCF (2013). |
5.2 | Impacts of major legislations on the U.S. railroads. | |
Chapter 6 | 6.1 | SWOT analysis of different restructuring plans. |
6.2 | Implemented policies that aim to promote rail marketization. |
List of Figures
Chapter 1 | 1.1 | Evolution of the Chinese railway mileage: 1963–2012. |
1.2 | Modal share of passenger transport measured in ridership: 1963–2012. | |
1.3 | Modal share of passenger transport measured in passenger-distance: 1963–2012. | |
1.4 | Evolution of passenger rolling stocks: 1978–2013. | |
1.5 | Passenger volume by the top 20 railway stations: 2012. | |
1.6 | Passenger volume by the top 20 railway corridors: 2012. | |
1.7 | Modal share of freight transport measured in tonnage: 1963–2012. | |
1.8 | Modal share of freight transport measured in weight-distance: 1963–2012. | |
1.9 | Evolution of freight railway rolling stocks: 1978–2012. | |
1.10 | Freight volume by the top 20 railway stations: 2012. | |
1.11 | Freight volume by the top 20 railway corridors: 2012. | |
1.12 | Change of railway employment and labor productivity. | |
1.13 | Research analytical framework. | |
Chapter 2 | 2.1 | Transportation usage for business trip in China. |
2.2 | Frequency comparison of HSR versus conventional train. | |
2.3 | Evolution of HSR in the world. | |
2.4 | Evolution of passenger railway demand in China: 1949–2012. | |
2.5 | Evolution of freight railway demand in China: 1949–2012. | |
2.6 | Passenger railway demand during the golden week of the national day. | |
2.7 | National daily passenger traffic during the 40 days of Chunyun. | |
2.8 | Travel flows before and after the Chinese new year. | |
2.9 | The four vertical and four horizontal HSR network in China. | |
2.10 | China’s “One Belt and One Road” strategy. | |
Chapter 3 | 3.1 | Organizational structure of EMUs R&D and manufacture in China. |
3.2 | A CHRH380A EMU leaves Beijing to Shanghai on a passenger dedicated line. | |
3.3 | Capital expenditure on Chinese rail infrastructure. | |
3.4 | Domestic bank loans adopted for railway infrastructure construction. | |
3.5 | Variation of the Chinese railway bond: 1995–2014. | |
3.6 | Foreign loans for the Chinese railway construction (2013). | |
3.7 | Modern railway stations in China. (a) Zhengzhou East Rail Station. (b) Shijiazhuang East Rail Station. (c) Beijing South Rail Station. (d) New Wuhan Rail Station. | |
3.8 | Dashengguan HSR bridge across the Yangtse river in Nanjing. | |
3.9 | An EMU travels on the Lanzhou-Urumqi high-speed passenger dedicated line. | |
3.10 | Tianxingzhou rail and road bridge across the Yangtse river in Wuhan. | |
3.11 | A test run of CRH380B EMU on the Wuhan-Guangzhou high-speed passenger dedicated line. | |
3.12 | A CRH380A runs out of a tunnel on the Zhengzhou-Xi’an high-speed passenger dedicated line. | |
3.13 | Foreign exchange reserve and inflation rate in China. | |
Chapter 4 | 4.1 | HSR and regional agglomerations. |
4.2 | HSR overpasses residential neighborhood. | |
4.3 | Statistics of the Chinese railway debt maturity. | |
4.4 | Organizational structure of the former MOR. | |
4.5 | Top 10 manufacturers of rolling stock ranked by revenue in 2013. | |
Chapter 5 | 5.1 | JNR organizational restructuring. |
5.2 | Restructuring of the British railway in 1996/1997. | |
5.3 | Death in the UK railway accidents 1993–2014. | |
5.4 | Evolutions of French railway organizations and institutions. | |
5.5 | Evolutions of German railway organizations and institutions. | |
5.6 | U.S. freight railroad performance since Deregulation. | |
Chapter 6 | 6.1 | Evolutions of the Chinese railway freight rate. |
6.2 | A cartoon illustrating the unusual arrangement of free water distribution during a HSR service. | |
6.3 | Classification of public and private welfare activity. |
Glossary of Abbreviations
AAG | Association of American Geographers |
AAGR | Annual Average Growth Rate |
Amtrak | National Passenger Railroad Corporation (the United States) |
APEC | Asia-Pacific Economic Cooperation |
ARAF | Autorité de Régulation des Activités Ferroviaires (Regulatory Authority of Railway Activities) |
ASEAN | Association of Southeast Asian Nations |
ATP | Automatic train Protection |
BDI | Bundesverband der deutschen Industrie (Federal Association of German Industries) |
BEV | Bundeseisenbahnvermögen (German Federal Railway Asset) |
BJTU | Beijing Jiaotong University |
BOSWASH | Boston-Washington |
BRICS | Brazil, Russia, India, China, and South Africa |
BSchwAG | Bundesschienenwegeausbaugesetz (German Federal Rail Network Extension Act) |
BST | Bombardier Sifang (Qingdao) Transportation Ltd. |
CARS | Chinese Academy of Railway Sciences |
CCTV | China Central Television |
CEO | Chief Executive Officer |
CNR | China Northern Locomotive & Rolling Stock Corporation |
Conrail | Consolidated Rail Corporation (the United States) |
CPC | Communist Party of China |
CPI | Consumer Price Index |
CPPCC | Chinese People’s Political Consultative Conference |
CRC | China Railway Corporation |
CRCC | China Railway Construction Corporation |
CRH | China Railway High-Speed |
CRIC | China Railway Investment Corporation |
CRRC | China Railway Rolling Stock Corp |
CRSC | China Railway Signal and Communication Corporation |
CRTS | China Railway Track System |
CSR | China South Locomotive & Rolling Stock Corporation |
CTCS | Chinese Train Control System |
DB | Deutsche Bundesbahn (German Federal Railway) |
BD AG | Deutsche Bahn Aktiengesellschaft (German Rail Joint Stock Company) |
DCF | Direction de la Circulation Ferroviaire (Rail Traffic Control Branch) |
DIHK | German Association of Chamber of Commerce for Trade and Industry |
DM | Deutsche Mark (German Mark) |
DPA | Department of Political Affairs |
DR | Deutsche Reichsbahn (German Imperial Railway) |
DRG | Deutsche Reichsbahn-Gesellschaft (German Imperial Railway Company) |
EBA | Eisenbahn Bundesamt (German Federal Railway Authority) |
EBITDA | Earnings before Interest, Taxes, Depreciation, and Amortization |
EMU | Electric Multiple Unit |
EPIC | State-Owned Industrial and Commercial Enterprise (France) |
EU | European Union |
GDP | Gross Domestic Product |
GMU | George Mason University |
GSM-R | Global System for Mobile Communications-Railway |
HMRI | Her Majesty’s Rail Inspectorate (the United Kingdom) |
HSE | Health and Safety Executive (the United Kingdom) |
HSR | High-Speed Rail |
ICC | Interstate Commerce Commission |
ICE | Intercity-Express (Germany) |
ID | Identification |
IHRA | The International High-Speed Rail Association (Japan) |
IPO | Initial Public Offering |
JNR | Japanese National Railways |
JNRSC | Japan National Railway Settlement Corporation |
JR | Japan Railways |
kWh | Kilowatt-Hour |
LGV | Ligne à Grande Vitesse (High-Speed Line) |
LTL | Less-than-Truckload Shipping |
MTN | Medium-Term Note |
MOR | Ministry of Railways |
MOU | Memorandums of Understanding |
NDRC | National Development and Reform Commission (China) |
NIMBY | Not in My Back Yard |
NRA | National Railway Administration (China) |
OECD | Organization for Economic Co-operation and Development |
OECF | Overseas Economic Cooperation Fund |
OPRAF | Office of Passenger Rail Franchising (the United Kingdom) |
ORR | Office of the Rail Regulator (the United Kingdom) |
P3 | Public-Private Partnership |
PBKA | Paris-Brussels-Cologne-Amsterdam |
PDL | Passenger Dedicated Line |
PM | Prime Minister |
PRC | The People’s Republic of China |
RSAI | Regional Science Association International |
RCF | Railway Construction Fund (China) |
R&D | Research and Development |
RFF | Réseau Ferré de France (French Rail Network) |
RKB | Regierungskommission Bundesbahn (German Governmental Railway Commission) |
ROSCO | Rolling Stock Operating Company (the United Kingdom) |
RPC | Rail Passengers Council (the United Kingdom) |
SCP | Short-Term Commercial Paper |
SDA | Special Debt Account (France) |
SNCF | Société Nationale des Chemins de fer Français (French National Railway Company) |
STFB | Short-Term Financing Bond |
SWJTU | Southwest Jiaotong University |
SWOT | Strengths, Weaknesses, Opportunities, and Threats |
TBM | Tunnel Boring Machine |
TER | Transport Express Régional (France) |
TGV | Train à Grande Vitesse (High-Speed Train) |
TOC | Train Operating Company |
UIC | International Union of Railways |
UNESCO | United Nations Educational, Scientific and Cultural Organization |
USDOT | United States Department of Transportation |
USRA | United States Railway Association |
USC | University of Southern California |
3Rs Act | The Regional Rail Reorganization Act |
4Rs Act | The Railroad Revitalization and Regulatory Reform Act |
Preface
The development of the Chinese high-speed railway (HSR) system took place on a scale beyond anything the world has seen to date. Since 2004, the network was built at an unprecedented pace. After a decade of steady investment and construction, the trunk lines of the national HSR passenger system have been completed. Chinese railways have evolved into an era of high-speed. This enormous system, which includes a total track length of more than 12,000 kilometers, 425 newly built HSR stations, and more than 1000 HSR train sets, is regarded as a global miracle in infrastructure deployment. The system covers a service area of more than 28 provinces and links more than 28 metropolitan cities, each with a population of over five million. Travel time by railway has been dramatically reduced to such an extent that traveling a distance of a thousand kilometers — for example, between Beijing and Shanghai — takes only 4–5 hours.
The establishment of the new HSR system not only reshaped the Chinese people’s impression of railway travel, it also fundamentally transformed their travel behavior. For many years, travel by railway in China on long-distance trips was regarded as a horrible experience, especially during peak travel seasons. Previously, during these peak periods, a regular coach with a maximum capacity of 120 people was usually crammed with more than 250 people, together with their luggage. Moving inside these overcrowded passenger trains, including getting to the restroom, was almost impossible. A trip that would normally have a travel time of around 15 hours often took up to 45 hours during peak travel seasons, due to the train’s speed being reduced for safety concerns. All of these negative experiences of railway travel have radically changed since the debut of HSR service. The development of HSR also reshaped people’s mind-set regarding time and distance. In the new era of high-speed, the travel time between the two metropolitan cities Guangzhou and Wuhan, with a distance of 1070 kilometers, is only around 3 hours by high-speed train, whereas it would take at least 8 hours on a train traveling at normal speeds. The reduction of railway travel time accelerates competitiveness in the intercity transport market. For example, after the operation of the Guangzhou-Changsha HSR began in 2011, the daily number of flights between Guangzhou and Changsha decreased from 16 to 4. 1 The implications of HSR on both freight and passenger transport are revolutionary, given its potential influence on the improved efficiency of the entire transport system, on energy consumption, and on environmental impact, as well as on socioeconomic welfare.
The evolution of the Chinese HSR has amazed the world, in terms of both the speedy deployment of its infrastructure and the effective utilization of the new technology. The experience of HSR development in China continues to attract an immense amount of attention from many countries, including Russia, Thailand, Brazil, Saudi Arabia, and the United States, which are interested in the HSR system and eager to replicate the Chinese miracle of fast deployment in their countries. Conversely, the world is also very cautious about the Chinese experience, given concerns about its system reliability and the efficiency of project completion. In fact, the technological innovations of the Chinese HSR system remain ambiguous and arguable to the international community, given that China used a different strategy to develop HSR technology (by absorbing, assimilating, and revising) than other countries, such as Japan, France, and Germany, which primarily developed their HSR technologies through independent research and development (R&D).
Although the completed HSR system has begun to benefit China’s society and economy by enabling rapid travel connections among cities, the fast pace of HSR technology deployment has outstripped the capacity of institutions and organizations to effectively manage it. As a consequence, system reliability and operational safety were unavoidably affected. On July 23, 2011, a catastrophic HSR accident happened when two high-speed trains collided on a viaduct in the suburbs of Wenzhou in Zhejiang province. The accident, which killed more than 40 people and injured 192, shocked the world and exposed deficiencies in the structure of former bureaucratic railway institutions. The turmoil was exacerbated by the disclosure of a series of scandals involving former railway officials. Passion for HSR development was dampened by a loss of confidence in system reliability and the investment merit of HSR. A retrospective looking back at emerging system-wide challenges has become necessary. Despite China’s achievement in establishing a gigantic infrastructure network, critical questions remain unanswered concerning its HSR system. Does the deployment of HSR promote regional and social equity? Is the system sustainable with respect to economics, finance, operations, and societal impact? What are the emerging institutional challenges, and how should these challenges be appropriately addressed?
The answers to these questions, as well as evaluations of the effectiveness of Chinese HSR deployment, require an understanding of the issues that exist in the market, in operations, and in railway institutions. Railway service in China primarily is operated and managed by national agencies in a monopolistic market. The government plays dual roles, as both a market participant and a market regulator. The inefficiency of the railway transport market not only harms public welfare and causes public dissatisfaction, but also creates a negative ripple effect on the domestic transport system. Issues exist with railway operations as well. On the passenger side, the ticket reservation system has received enormous amounts of public criticism, due to the lack of transparency in the ticket distribution process, especially during peak travel seasons. On the freight side, the inefficient railway dispatching system, as well as redundant regulatory policies, severely reduces the competitiveness of freight rail services. Institutional defects in the railway system are another challenging issue. During the last half century, the former Ministry of Railways (MOR) was widely regarded as the “the last fortress of the planned economy” in China. This meant the institution gave an inadequate response to high cost overruns, had poor internal supervision, and had powerful internal operational silos, resulting in little external review and culminating in a major accident on the primary high-speed line in 2011. Although institutional systems were significantly reorganized in 2013, with the separation of operational and regulatory duties, issues such as lack of system transparency, lack of competition, and insufficient supervision remain.
How should these institutional problems with the Chinese railway system be addressed? One logical approach is to seek solutions from the best practices of railway reforms in other countries, especially those involving an HSR system. In fact, quite a few developed countries have become exemplary in instituting railway reform. The privatization of the railway in Japan in the 1980s demonstrates one way to manage a financial crisis with public railway debt, caused by massive HSR investment. The railway franchising case in the United Kingdom provides another case of introducing competition into the railway sector; the UK’s experience may be helpful to the existing Chinese railway system, in terms of organizational restructuring. The French and German railway reforms offer other examples of integrating railway operations and management concerns in both regular rail and HSR services. The United States doesn’t possess a true HSR system, but its freight rail system is recognized as the most efficient in the world and may provide an appropriate context for Chinese decision makers to explore strategies in deregulating Chinese freight railways.
Last but not least, determination is the key to achieving effective operations in the Chinese railway system. Commitment to continuing institutional reform is fundamental, but it also requires more involvement from a wider array of stake holders. Strong leadership is essential but is not sufficient in itself. A transparent institutional structure is crucial but requires more public participation in the process of institutional restructuring.
The development of HSR has expanded the capacity of railway infrastructure to support the fast-growing Chinese economy. However, the high-speed infrastructure deployment also created institutional and organizational challenges, because the old railway organizations have proved to be unsuitable in managing such an innovative and complex system. This book was written with two objectives. The first is to introduce the Chinese railway system and document the evolutionary process of railway development in China. For the first time, a comprehensive view is being presented to an international audience to help clarify the Chinese experience with HSR deployment, including the economic and physical achievements and related managerial issues and institutional challenges. The second objective is to discuss and analyze critical concerns regarding Chinese railway operations, management, and institutional structure. Through an analysis of the best practices of railway reform and considerations of how to improve China’s institutions, based on experiences in other countries, policy implications for the Chinese railway system, as well as concerns about reform strategies, are raised and discussed. The goal is to improve the capability and capacity of institutions and organizations as necessary, in order to achieve sustainable development.
Railway industrial managers and researchers interested in understanding the deployment of Chinese HSR will find this book useful. Scholars, faculties, and graduate and undergraduate students who specialize in transportation planning and policy, social policy, and Asian studies may also find this book helpful, in terms of understanding the Chinese transportation system.
Zhenhua Chen and Kingsley E. Haynes
Note
Data are obtained from media report at: http://www.ycwb.com/epaper/ycwb/html/2011-03/31/content_1075872.htm. Accessed on September 27, 2014.
- Prelims
- Chapter 1 Introduction
- Chapter 2 Demand for High-Speed Revolution
- Chapter 3 High-Speed Rail Implementation
- Chapter 4 Challenges for China's High-Speed Rail System
- Chapter 5 International Best Practices: Railway Reform and Management
- Chapter 6 Laying the Track to Efficiency
- Chapter 7 Conclusions
- References
- Acknowledgments
- About the Authors
- Index