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Alstom to get $2 billion for U.S. trains

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Staff Writer | August 27, 2016
Alstom and Amtrak have signed a contract for Alstom to design and build 28 new high-speed trains, which will run on the Northeast Corridor (NEC) between Boston and Washington D.C.
Alstom Amtrak
Transportation   Between Boston and Washington D.C.
Amtrak and Alstom also signed a long-term contract under which Alstom will provide Amtrak with long-term technical support and supply spare components and parts for the maintenance of the new trainsets. Together, these contracts are worth €1.8 billion ($2 billion).

The Northeast Corridor (NEC) line covers roughly 730 km (457 miles)[1]. In only ten years, the number of passengers has increased from 2.4 million passengers in FY 2002 to 3.5 million in FY 2014.

As part of an effort to renew and expand their premium product, Amtrak has therefore decided to purchase new trainsets to replace the existing Acela trains [2], thus increasing passenger capacity, providing more frequent service, minimizing journey times, and improving operating costs and energy efficiency.

The train ordered by Amtrak is Avelia Liberty, the latest development of Alstom’s high-speed train range Avelia. The new trainset will be able to carry up to 33% more passengers than the current Acela trains.

The trainset configuration includes an innovative compact power car and nine passenger cars, with the possibility of three more being added if demand grows.

The train is capable of travelling at speeds up to 300 km/h (186 mph), but will initially operate at a maximum speed of 257 km/h (160 mph) based on NEC track speed limits. Additionally, each concentrated power car is equipped with Alstom’s pioneering Crash Energy Management (CEM) system.

Another key feature is the train’s articulated architecture, which provides greater stability and passenger comfort while enhancing safety.

The train also includes Alstom’s innovative Tiltronix anticipative tilting technology, which allows the train to manoeuvre curves safely and more comfortably at high speeds.


 

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