Bombardier Transportation announced Wednesday it has signed a contract with Trenitalia (Italian Railways) for the delivery of 50 very high speed trainsets V300ZEFIRO, a model of Bombardier’s ZEFIRO high speed trains family. The V300ZEFIRO, known as ETR 1000 in Italy, has been developed in partnership with AnsaldoBreda, a subsidiary of the Finmeccanica group of Italy.
The total contract is valued at $2.10 billion. Bombardier’s share of the contract is valued at $449 million.
The V300ZEFIRO has a capacity for 600 passengers and is capable of commercial speeds of up to 360 km/h (about 225 mph). It is fully interoperable and will provide cross-border service, taking Trenitalia’s passengers to other European countries without the need for changing trains, Bombardier said.
André Navarri, president and COO, Bombardier Transportation,said, “We are very proud to have received the confidence of Trenitalia. It is another demonstration of our leadership in the development of new generation very high speed trains, a flagship segment of the railway industry market.”
Under the technical leadership of Bombardier, the production, testing, and commissioning of the V300ZEFIRO for Italy will take place in Italy at AnsaldoBreda sites and the Bombardier site in Vado Ligure, Italy. Other Bombardier sites will also participate in the development of the new train, such as the Bombardier high speed trains engineering hub site located in Hennigsdorf, Germany.
Bombardier says it now is delivering 210 train cars of the ZEFIRO family, noting earlier orders from China. The first-generation ZEFIRO250 is already operating in China.
Stephane Rambaud Measson, president, Passengers Division, Bombardier Transportation, said, “Our success in this market segmentdemonstrates that customers have welcomed the innovation we have brought into making the ZEFIRO high speed family about more than just speed.”
Radio Frequency Systems (RFS), a global wireless and broadcast infrastructure specialist, says it can offer rail operators four new antennas specifically designed to help them meet Positive Train Control (PTC) requirements. RFS says the omnidirectional and yaga antennas have been developed and built with direct input from rail operators, offering them flexibility, high performance, ruggedness, and reliability.
RFS’ two new dual-band exposed dipole omni antennas are designed for switching yards, base stations, and mountainous, curving geographies where line of sight is challenging and broad coverage is required. They operate atboth 160-165 MHz and 218-225 MHz, eliminating the need to change antennas when PTC applications are implemented.
For added flexibility, RFS’ new dual-band omni antennas support both omnidirectional and offset pattern configurations. With the offset pattern option, rail operators benefit from improved gain for better coverage and an improved front-to-back ratio for reduced interference. All pattern adjustments can be made in the field as requirements change.
RFS’ new single-band (390x-6 Series) and dual-band yagi (390DB-3/6) antennas are designed for point-to-point control station, paging, and repeater applications along linear tracks where highly directional coverage is required. For immediate PTC requirements, single- and dual-yagi antennas that operate at 218-225MHz are available. For added flexibility, dual-band yagi antennas that operate at both 160-165 MHz and 218-225 MHz are also available.
All RFS yagi antennas for rail operators feature a high front-to-back ratio of 15-20 dBd to reduce interference and are built with solid aluminum rods for high strength, low weight and corrosion resistance. They also support up to 500 watts of input power for superior coverage.
The single-band, single-yagi antenna is a five-element structure that supports either vertical or horizontal polarization. The single-band, dual-yagi antenna is a 10-element structure that consists of two single yagis with a coaxial divider. The dual-yagi antenna offers a gain of 11dBd, which is 3 dBd higher than the single-yagi antenna.
The dual-band yagi antennas are equipped with five elements for each band. These antennas feature a very high gain of 8 dBd in each frequency range and a very narrow beamwidth (72 degrees horizontal and 52 degrees vertical).
Russian Railways’ (RZD) Trans-Siberian Railway traffic rose 23% in the first eight months of 2010, according to RZD President Vladimir Yakunin, while international freight on the railway rose 45%. Yakunin made the observations at a plenary session of the Coordinating Council on Transsiberian Transportation (CCTT) in Bratislava, Slovakia.
“Despite tougher competition from sea and road transport, Russian and foreign companies are working successfully despite the economic crisis to maintain and even expand freight volumes, and are achieving positive results with their new projects,” Yakunin said.
Yakunin cited the work of the CCTT with European and Asian companies to attract transit freight to the Trans-Siberian Railway.
Included in the effort is the Trans-Eurasia Logistics Co., a joint venture of Deutsche Bahn Mobility, Polzug, and Kombiferker. Since June, the joint venture has been working, with the support of TransContainer and DB Intermodal, to provide regular container freight services between Duisburg, Germany, and Moscow.
Indra, a Spanish company, announced that it was awarded a “multimillion” dollar contract to implement contactless smart card ticketing technology on the Metro St. Louis light rail and bus networks.
Metro operates the St. Louis metropolitan region’s public transportation system, carrying more than 53 million passengers throughout 200 municipalities in Missouri and Illinois.
Indra will design a system for a network covering 37 stations and nearly 70 bus routes. Indra will also upgrade the current systems to include new automatic ticket dispensing, cancellation, and validation systems to replace older equipment.
DOT Secretary Ray LaHood submitted a progress report on the National Rail Plan to Congress this week with the comment that it “reaffirms the commitment of the Congress and President Obama to build a high speed and intercity passenger rail system while preserving the nation's premier freight rail network.”
Noting the success of two historic transportatio ninitiatives—President Lincoln’s action enabling "the first transcontinental railroad” and President Eisenhower’s backing of the Interstate HighwaySystem—LaHood (pictured at left) said:
“The next American transformation will require an interconnected and balanced transportation network, that maximizes the efficiencies of every mode. A key to integrating these systems is high-performing rail, including the spectrum of high speed and intercity passenger rail, commuter rail, and freight rail ... This investment will set the stage for the creation of environmental sustainability and economic competitiveness.”
“High performance freight rail” is the subject of much of the National Rail Plan.
“Key investments will be needed to meet future growth in freight demand,” says the progress report, though there is no mention of the federal participation envisioned by many railroaders in the construction of high-capacity intermodal rail corridors that would relieve the public highways of some of their truck burden. The report does note that compared with other industries, “the freight railroads invest one of the highest percentages of revenues to maintain and add capacity to their systems.”
Canadian National says its new supply chain approach to managing the flow of coal from mines to west coast terminals helped increase coal shipments to Vancouver and Prince Rupert by 91% through August. Other factors were rebounding Asian steel markets and business from new mines.
CN said the strategy is centered on “metrics that make the supply chain more transparent to CN managers—a weekly report shows how much coal is on hand at export terminals and mines, the arrival date of vessels at the ports, the amount of coal being shipped from mines, and the number of trains en route to and from the mines.”
“This end-to-end view of our coal supply chain, along with a focus on closer customer collaboration, improves coal logistics, which in turn allows coal producers to maximize sale opportunities," said Andy Gonta, CN vice-president of bulk commodities. “This approach also positions the railway and its customers to anticipate and solve any bottleneck issues well before they reach the boiling point.”
Neil Winkelmann, chief operating officer of Western Coal Corp., believes that “Western Coal will significantly expand its operations in northeastern British Columbia over the next three years, and can only do so with the support of key suppliers such as CN.”
U.S. Transportation Secretary Ray LaHood said Wednesday that American Recovery and Reinvestment Act transit projects have created approximately 10,000 jobs across the county.
LaHood made that statement in announcing the final transit grant under the act —$2.2 million to Indiana’s Greater Lafayette Public Transportation Corp., or “CityBus.” It will use the grant to install three wind turbine units that will cut energy costs for three transit buildings.
Recovery Act money has been used to pay for more than 12,000rail vehicles, buses, and vans; more than $4.5 billion in transit infrastructure construction or renovation; and more than $730 million in preventive maintenance. “These improvements have helped to save transit service and jobs, while enhancing safety and service reliability,” said LaHood (pictured at left).
“All across America, workers are on the job, assembling buses and vans, rehabilitating rail systems, and expanding transit opportunities that will improve our quality of life, lower our dependence on oil, and save taxpayers money in the long run,” said Federal Transit Administrator Peter Rogoff.
Washington, D.C.’s District Department of Transportation (DDOT) has picked a team of companies to design a proposed 37-mile streetcar network, including Portland, Ore.-based Shiels Obletz Johnsen, which will lead the private-sector management team driving the design, construction, and operation of the system. Shiels Obletz Johnsen has worked on streetcar projects in Portland and Seattle, according to DDOT.
Other companies include HDR Engineering Inc., LTK Engineering Services Inc., and Ball Janik LLP.
DDOT’s Request for Proposals, released last March, stated in part, “DDOT recognizes that it does not currently have the capacity or capability internally to deliver this program … It is seeking the advice and support of the private sector to deliverthis program. DDOT anticipates needing support in: Program Management, Planning, Operations, Financial Planning, Legal Counsel, Strategic & Project Communications, Governance & Management, and Procurement.”
The first two streetcar lines within the district, one located in Anacostia (southeast Washington) and the other along H Street Northeast, are currently expected to begin revenue service in 2012, though many doubt the deadline will be met. Those two two lines will cost about $100 million, while the larger system is expected to cost upward of $1.5 billion.
Bombardier Transportation has received an order from Victoria, Australia, for 50 Bombardier FLEXITY Swift low floor trams, with anoption for a further 100. The $293 million contract covers the supply of a mock-up, maintenance equipment, and tram maintenance.
Known locally as FLEXITY Melbourne, the trams carry up to 210 passengers. They will be manufactured by Bombardier at its Dandenong site, with sites in Mannheim and Siegen, Germany, supplying propulsion systems and bogies, respectively. The first vehicles are to be delivered in 2012.
Melbourne’s Tram network is one of the world’s largest, with the FLEXITY Swift tram providing extra capacity to address rapidly growing ridership.
Bombardier is currently delivering 51 two- and three-car VLocity regional trains to the Victorian Government.
More than 1,500 FLEXITY vehicles are already in service. Bombardier now has more than 2,800 trams and light rail vehicles operating or on order in cities across Europe, Australia, and North America.