How to make a billion dollars a dayRailway track (passenger only) Vyborg - Blagoveshchensk.
"You say one can lift himself by hair? Content1. High-speed railway line Beijing-Hong Kong was commissioned 2. Comparison with existing projects in Russia 3. Grounds for political independence of the route 4.1 Throughput functionality check 4.2 Throughput functionality check using current Tokyo-Osaka high-speed railway (Shinkasen Tokaido) 5. Ticket price substantiation 6.1 Revenues with the assumption of 100% economy class passenger traffic 6.2 Revenues with the assumption of 100% business class passenger traffic 6.3 Revenues with an assumption of 30% business class passenger traffic by and 70% in economy class 1. Beijing-Hong Kong High Speed Highway LaunchedNow about 2 thousand kilometers from Beijing to Hong Kong can be covered in less than 9 hours for about $ 150 in economy class. Trip from Hong Kong to Guangzhou after opening of new S-Bahn section takes 47 minutes. 1.1 How to apply it in RussiaApparently, this is the technology that can be applied for construction of Vyborg-Blagoveshchensk high-speed railway, through Moscow, Kazan, Yekaterinburg, Novosibirsk, Krasnoyarsk, Chita, with length of about 8 thousand km that can be covered at of 400 km/h (regular speed for modern high-speed railway) without stops possibly in 20 hours and for $ 600 in economy class, accordingly, which is quite competitive in price and time with the flight Beijing - Helsinki. From economic point of view, it is possible to create pan-Eurasian passenger overpass, allowing European tourists (Germany, France, England, Italy, etc.) to visit Asia, and Asian tourists (China, Japan, Korea, etc.) to visit Europe. 2. Comparison with existing projects in RussiaExisting St. Petersburg - Moscow – Kazan HSR projects were contemned to commercial failure from beginning, designated for approximately 30 mln people of population and shoulder of approximately 1,400 km only. The proposed HSR Europe-Asia project, with shoulder of about 12 thousand km, is targeting population of up to 3 billion people, which increases overall efficiency of the project by 10 times. It is also necessary to consider that the HSR Europe-Asia project is based not only on domestic demand, but is 90% foreign demand i.e. export service oriented.
3. Grounds for political independence of the routeInitially, it is necessary to establish ridge-axis of the project from Vyborg to Blagoveshchensk that is politically independent from other countries, possibly giving way to politically dependent on other sovereignties, such as Belarus, Poland, Germany, Kazakhstan, China, North and South Korea branches. For instance, construction of the HSR to China through Kazakhstan has serious political flaws:
Proposition of such political risks to the country's leadership will become more than an unreasonable step. 4. ThroughputKey parameter is time of emergency break application for a train following at 400 km/h speed in case of emergency, such as track destruction. It is this time period that will determine maximum movement rate for. In the calculation below, this time is taken as 7 minutes. There are 24 hours in a day, 60 minutes in an hour, respectively 1,440 minutes in a day. 7 minutes break may allow for over 200 trains (routes) passage per day. If each railroad engine (or coupling) pulls 40 cars, then throughput will compile 8,000 cars per day for one direction. As the HSR, like all roads, will be double-tracked, the number of cars should be multiplied by two. Equates to 16,000 wagons. This number of cars is calculated for the period of 7 minutes. If the period changes, the throughput will also change. 4.1 Throughput functionality checkCurrently, the official throughput of the Trans-Siberian Railway is 100 million tons per year. With above it takes only 6 days i.e 144 hours for express train to cover 7 thousand kilometers distance, meaning average speed of just below 50 km/h. Construction of high-speed highway for a speed of 400 km/h will increase the throughput by 8 (eight) times, and value up to 800 million tons per year, or for about 2.2 million tons per day. Even considering the weight of one car with 100 passengers with wide margin of 50 tons, we will get result of 44,000 cars per day, which is more than double of the previous calculation. 4.2 Throughput functionality check using current Tokyo-Osaka high-speed railway (Shinkasen Tokaido)Shinkasen Tokaido carries over 450,000 passengers per day on trains of 16 wagons, with 1,323 comfortable passenger seats in each train. There are couplings of two trains, evidencing strong possibility of transporting 900,000 passengers per day with available speed of about 300 km/h. Accordingly, with the speed of 400 km/h transportation of 1,000,000 passengers per day with two-train couplings is even more possible. 5. Ticket price substantinationUsually cost of a ticket on the SCM is higher air ticket price. For example:
Thus, based on actual ticket prices for HSR, we receive the following table.
Consideration of above items allows for quite accurate assumption of reasonable price for one-way HSR economy-class ticket in the beginning of operation of USD 600, business class of USD 1,500, with high probability of price increase even in short prospective. 6. Revenue6.1 Revenues with the assumption of 100% economy class passenger traffic
6.2 Revenues with the assumption of 100% business class passenger traffic
6.3 Revenues with an assumption of 30% of business class passenger traffic and 70% for economy class
6.4 Inexpedience of goods flowRailcar with passengers will bring revenue from USD 60,000 to 90,000 per trip. Delivery of non-perishable goods on this route by sea now costs up to USD3,000 per container, nominally equal to the railcar. Accordingly, profitability of transportation of non-perishable goods is 20-30 times lower passenger transportation, showing poor economy of goods flow compared to passenger flow. Perhaps delivery of mail, Internet orders or very expensive goods will be exception from this premise. But it seems too optimistic to rely on significant share in revenue of this commodity flow. 7. Occupancy1,296,000 people a day with 365 days a year means 473,000,000 passengers a year. Will there be nearly half billion tourists a year? If we assume that 70% will take return ticket, so it requires only finding about 300 million people. 7.1 Asian marketOver 150 million tourists a year goes from China alone to tourist trips.
All Southeast Asia (China, Korea, Japan, partially Vietnam and Indonesia) is estimated as 400 million tourists a year. But not all of them go Europe and particularly by train. It is realistic to accept market as 50 million tourists a year in short prospective (2035) with increase up to 200 million a year in long prospective (2050). The total population of China, Korea, Japan, Vietnam compiles about 2 billion people. 7.2 European marketAll Central Europe (Germany, France, Italy, partially United Kingdom, Spain, Poland) is estimated as 400 million tourists a year. But not all of them go Asia and use train. It is realistic to accept a market of 50 million tourists a year in short prospective, with growth up to 100 million a year in long prospective. 7.3 Domestic marketIf there are stops in St. Petersburg, Moscow, Kazan, Yekaterinburg, Chelyabinsk, Barnaul, Krasnoyarsk and Chita, we can assume the domestic Russian market for tourist travel and especially businessmen as 30 million per year in short prospective with an increase up to 100 million trips per year in long prospective. Should it be possible to agree with major cargo carriers vitally interested in increasing goods flow via Trans-Siberian Railway, by passenger traffic transfer to HSR through by subsidizing tickets at their expense, then the Russian tourist travel market can be carefully estimated as 50 million trips a year in short prospective, with growth up to 150 million trips per year in long run. 7.4 Other marketsWith availability of abundant and high-quality advertising, production of films like “Pan-Asian Express”, etc. You can create demand from the American market and the Middle East market. It is quite real to accept all other markets of 50 million tourists a year in short prospective, with growth of up to 100 million a year in the long run. Passenger traffic markets between Russia and Europe, as well as between Russia and China, are not considered due to their notorious insignificance. Mathematicians call such a parameter " the little-o notation - value that can be neglected." But it is worth to consider the value of "domestic tourism" in China, that amounted 5 billion trips per year. Even redirection of just 10% of this flow outside through Russia will fully pay for the entire project. 7.5 Total Occupancy
The assumption of multiple growth, obviously, has prospect, as today passenger traffic of Sapsan Moscow - St. Petersburg almost tripled from 1.62 million to 5.47 million per year. ("Kommersant" newspaper ¹96 ( 7.6 Additional arguments “against” air communication and “pro” HSR
7.7 Occupancy Check According to ICAO's latest long-term forecasts for air traffic, the number of passengers transported in 2017 (4.1 billion people) will increase to about 10 billion people by 2040. Despite the fact that the airline market in Europe and Asia recently compiles 53% of global, by 2040 the number of passengers transported will reach at least 5.3 billion people, even assuming absence of growth in European and Asian share, which is unlikely. Thus, full load of high-speed rail connecting Europe and Asia requires less than 10% of air passenger traffic, which is highly probable. 8. Comparison of CAPEXAccording to the Airbus forecast, passenger transportation in 2033 will require 31,400 new passenger aircrafts (100 seats and above) with total cost of 4.6 trillion Dollars. Assuming that in 2033 the number of passengers carried will compile at least 8 billion, transportation of 500 million people will require about 2,000 new passenger aircrafts ( 100 seats and above) with total cost of $ 300 billion. With the cost of high-speed rail connecting Europe and Asia of $ 250 billion (including stations, interchange stations and rolling stock), the transportation economy seems encouraging. Given much longer service life of the HSR compared to passenger aircraft, makes the economy even more impressive. 9. ValueRecent high-speed construction projects at 350 km/h in China show average construction cost of approximately $ 25 million for 1 kilometer.
Thus, construction of the Vyborg-Blagoveshchensk high-speed rail with speed of 400 km/h and length of 8,000 km should cost about $ 200 billion. Considering unforeseen expenses, it’s reasonable to establish the estimate price of $ 250 billion, which is less than or comparable to annual revenue of the project with full loaded. 10. FinancingThe project will be financed not from single source, but by the “multi-layered cake” method. The “layers” of this pie will be as follows (ranking to reduce interest on our part):
Quality of negotiations will depend on coordination of all types of negotiators, considering together values of all layers of financing and consisting of:
It is extremely important not to involve officials from ministries and authorities to negotiations, as in strive to bribes they will considerably increase costs and timing of projects. 10.1 Types of financial pies
10.2 Additional benefits of this model are not considered only for model simplificaitonAt the same time, preliminary (forward) sale of rights on the following items may can provide good financing even at construction stage. After completion of construction, below stated incomes will strongly improve project payback.
10.3 Benefits for the Russian economy can also be converted to sources of financing
1 There is also visible financial interest from South Korea and Germany. It is worth working out, but should not be given significant importance. 11. TimingConsidering that Trans-Siberian Railway from Chelyabinsk to Port Arthur with the length of 7.5 thousand km was built in 12 years from 1891 to 1903 ( In just five years and with $ 3.5 billion, China built highway of 1,150 kilometers ($ 30 million / km each), connecting Tibet with main territory of the country. Works on alpine site before Lhasa were associated with engineering problems of particular complexity: construction workers had to work in permafrost, lack of oxygen and, soecifically in a unique Tibetan ecosystem, the preservation of which was declared matter of primary importance by the Chinese Party and Government. Furthermore, it is fundamentally important to exclude any budget financing, since it will attract huge number of “thieves from bureaucracy” and slow down the project for long time, or, as in case of the Moscow - St. Petersburg High-Speed Railway, destroy it. 12. Risks
13. Additional benefits
14. Further developmentOn the West, Moscow – Brest branch with further access to Berlin and the rest of Europe. On the East, Blagoveshchensk-Vladivostok branch with further extension to Seoul. 15. Benefits for the Russian economy
05.02.2019 Last revised 17.09.2019 |
Copying information from this website is only allowed under condition of referring to this web link.
Copyright © 2008 Andrey Gribov
All rights reserved