Rolls-Royce (London: RR.L) business unit Power Systems is strengthening its research and development (R&D) capabilities in China with a new test bench for MTU engines at the company’s location in Suzhou. The new test bench was inaugurated as part of an event celebrating 25 years of the Rolls-Royce location’s existence. The R&D test bench can accommodate MTU engines with a power output of up to 3,600 kW and will be used to test parts, engines and complete systems for power generation and industrial applications.
The new R&D test bench in Suzhou will first be used for test runs of gensets based on MTU 16V 4000 engines, starting in 2022. It is suitable for testing a wide range of versions of the versatile Series 4000 engine which is also celebrating its 25th anniversary this year. A further upgrade of the test bench is planned for 2022: The capabilities will be extended to testing MTU Series 2000 engines as well.
The company opened its first facility in Suzhou 25 years ago to provide customers in China with faster and more efficient after-sale services in applications such as railway, marine and power generation. Suzhou later became the third production base for MTU engines globally at that time, responsible for the assembly of MTU Series 2000 gendrive engines. Branches in Beijing, Shanghai and Dalian were also established gradually. In October 2021, the former MTU Engineering (Suzhou) Co.,Ltd. was renamed Rolls-Royce Solutions (Suzhou) Co., Ltd.
With the new test bench, the localization strategy of Rolls-Royce Power Systems in Suzhou is now covering the whole process ranging from sales and services to manufacturing and R&D.
CALGARY, Alberta & KANSAS CITY, Mo.–(BUSINESS WIRE)– Canadian Pacific Railway Limited (NYSE: CP) and Kansas City Southern (NYSE: KSU) have announced they have jointly filed a railroad control application with the Surface Transportation Board (“STB”) regarding the proposed transaction to create Canadian Pacific Kansas City (“CPKC”), the only single-line railroad linking the United States, Mexico and Canada.
The comprehensive control application provides an overview of the proposed operational integration of the CP and KCS rail networks, the impact of that consolidation on the companies’ finances and labour needs, and the anticipated competitive and other benefits that will flow from providing shippers with new and better transportation alternatives. Information in the filing outlines the public and customer benefits a CP-KCS combination would bring, including more efficient north-south trade arteries to support the interconnected supply chains of the United States, Mexico and Canada.
In addition to the central foundation of the transaction to invigorate transportation competition and support economic growth across North America, the CP-KCS combination will generate many other public benefits, including:
The creation of more than 1,000 direct new jobs system-wide, including approximately 760 in the United States, over the next three years brought about by expanded rail operations across the combined network.
Capital investments in new infrastructure of more than USD$275 million1 over the next three years to improve rail safety and capacity of the core north-south CPKC main line between Louisiana and the Upper Midwest.
Avoidance of more than 1.5 million tons of greenhouse gas (GHG) emissions within five years due to the improved efficiency of CPKC versus current operations.
Diverting 64,000 long-haul truck shipments to rail annually with new CPKC intermodal services, eliminating another 1.3 million tons of GHG emissions over the next two decades, saving $750 million in highway maintenance costs.
Rail customers will not experience a reduction in independent railroad choices as a result of the CP-KCS combination. The joint control application reiterates the applicants’ commitment to keep all existing freight rail gateways open on commercially reasonable terms, including the Laredo gateway between the United States and Mexico, and shows how customers will not lose competitive routings because no new regulatory “bottlenecks” are being created. It also describes how the combined company will compete aggressively to attract traffic to its network via new single-line lanes between Canada, the Upper Midwest and the Gulf Coast, Texas, and Mexico.
More than 960 stakeholders, including more than 440 shippers, 186 smaller railroads, dozens of public officials, eight major ports, railroad labor unions representing both CP and KCS employees and 289 rail industry suppliers have written letters to the STB supporting CP’s proposed combination with KCS.
CP has agreed to acquire KCS in a stock and cash transaction representing an enterprise value of approximately $31 billion, which includes the assumption of $3.8 billion of outstanding KCS debt. The transaction, which has the unanimous support of both boards of directors, values KCS at $300 per share, representing a 34 percent premium, based on the CP closing price on Aug. 9, 2021, the date prior to which CP submitted a revised offer to acquire KCS, and KCS’ unaffected closing price on March 19, 2021.2
The transaction is subject to approval by shareholders of each company along with satisfaction of customary closing conditions, including Mexican regulatory approvals. Shareholders are expected to vote on the transaction later this year.
CP’s ultimate acquisition of control of KCS’ U.S. railways is subject to the approval of the STB. In April 2021, the STB determined it would review the CP-KCS combination under the merger rules in existence prior to 2001 and the waiver granted to KCS in 2001 to exempt it from the 2001 merger rules. In August 2021, the STB reaffirmed that the pre-2001 rules would govern its review of the CP-KCS transaction. On Sept. 30, 2021, the STB confirmed that it has approved the use of a voting trust for the CP-KCS combination.
The STB review of CP’s proposed control of KCS is expected to be completed in the second half of 2022. Upon obtaining control approval, the two companies will be integrated fully over the ensuing three years, unlocking the benefits of the combination.
While remaining the smallest of six U.S. Class 1 railroads by revenue, the combined company would have a much larger and more competitive network, operating approximately 20,000 miles of rail, employing close to 20,000 people, and generating total revenues of approximately $8.7 billion based on 2020 actual revenues.
For more information about the benefits of the CP-KCS combination, visit futureforfreight.com
We are in mourning today for the people who lost their lives due to the derailment of the Empire Builder train Saturday, near Joplin, Montana, on the BNSF Railway, as well as the many others who were injured. We have no words that can adequately express our sorrow for those who lost a loved one or who were hurt in this horrible event. They are in our thoughts and prayers.
We are fully cooperating with the investigation, working closely with National Transportation Safety Board, the Federal Railroad Administration, local law enforcement and response agencies. We share the sense of urgency to understand why the accident happened; however, until the investigation is complete, we will not comment further on the accident itself. The NTSB will identify the cause or causes of this accident, and Amtrak commits to taking appropriate actions to prevent a similar accident in the future.
Amtrak’s immediate and sustained focus is on doing everything we can to help our passengers and crew, especially the families of those who were injured or died, at this painful and difficult time. Our Incident Response Team has been initiated. We have sent emergency personnel and Amtrak leadership to the scene to help support our passengers, our employees and their families with their needs. Individuals with questions about their family and friends aboard this train should call 800-523-9101. We have also established a Family Assistance Center in Great Falls, Montana, and we will have family assistance liaisons at that site to reach out to those injured and their families to make sure they get what they need. We have dispatched nurse case managers to support those hospitalized. As soon as Amtrak has permission, we will access the accident site to retrieve the personal effects of our passengers and crew.
We want to extend our deep gratitude and sincere appreciation to the Joplin and greater Liberty County communities and other Montana counties and their selfless first responders, hospital staff and law enforcement for their immediate and ongoing help to support of all those aboard the Empire Builder for responding with such urgency, compassion and patience.
First order from landmark framework agreement with DSB covers 100 Coradia Stream trains and 15 years of maintenance.
Alstom, a global leader in smart and sustainable mobility, has won the largest train tender in Danish rail history. Part of a landmark framework agreement with Danish State Railways (DSB) valued at a total of €2.6 billion, the first firm order of 100 Coradia Stream regional trains as well as a 15-year full-service maintenance agreement amounts to a value of €1.4 billion. The framework agreement includes an additional 15 years of maintenance services and the possibility to order additional trainsets.
Delivery of DSB’s new trains is scheduled to begin in the last quarter of 2024. Once in service, this new fleet will operate as a regional and fast rail service and connect Denmark’s northern region to the capital city of Copenhagen, before proceeding south to Lolland.
The Coradia Stream for DSB has been specially adapted to meet the needs of the Danish rail network and its top speed of 200 km/h will help ensure swift mobility across the country. Each trainset will consist of five single- deck coaches with a total seating capacity for 300 passengers. The trains will be pre-fitted with Alstom’s Atlas onboard ETCS Baseline 3system, as well as an STM interface enabling it to operate on Denmark’s legacy signalling system.
Four Avelia Euroduplex trains from the SNCF fleet will enter commercial service on Monday 10 May 2021 on the Madrid-Barcelona route. They will be operated by OUIGO España, a local subsidiary of SNCF. The trains have been converted by Alstom and SNCF to run on the Spanish high-speed rail network.
Following on from these first four trains, 10 other trains are currently being converted by Alstom to serve several high-speed routes in Spain: initially, the Madrid-Valencia and Madrid-Alicante routes and subsequently, Andalusia (Madrid-Seville and Madrid-Malaga). OUIGO España will thus have a fleet of 14 trains for 5 destinations departing from Madrid: Barcelona, Valencia, Alicante, Seville, and Malaga.
During the conversion process of the trains, Alstom developed and deployed on-board signalling equipment architecture, necessary for rail traffic safety and performance, based on its digital ERTMS[1] solution Atlas. This solution ensures that Avelia Euroduplex trains are compliant and can be approved for Spanish infrastructures.
The consortium of Stadler and Siemens Mobility have won a €114.5 million contract to provide the Lisbon Metro with a state of the art signaling system and a new fleet of modern trains. Stadler will supply 14 three-car metro trains, while Siemens Mobility will install its Communications-Based Train Control (CBTC) system Trainguard MT on the Blue, Yellow and Green lines, and will upgrade the existing equipment. This will include installing its on-board CBTC technology across 70 trains of the existing fleet, as well as on the 14 new Stadler trains.
The contract includes technical training for operation and maintenance, as well as preventive and corrective maintenance of all equipment for the first three years, and the supply of spares and consumables for preventive maintenance for a further two years. The supply period agreed is 77 months, with provisional acceptance planned for 2027.
Stadler will design the vehicles using a modular methodology to better facilitate maintenance. Its stainless- steel car body ensures the vehicles are lightweight and strong. Three double doors per side and carriage will enable passengers to get on and off quickly and easily.
The 14 three-car trains will initially be fitted with CBTC GoA2 but will have the ability to be upgraded to GoA4, so the service can be fully automated in future. Trains will be powered by third rail at 750 V. The 49.6m long and 2.78m wide vehicles will have 90 seats arranged longitudinally, two places for wheelchair users, and
standing capacity for 450 people (6p/m2). The new rolling stock will increase comfort and accessibility for passengers, as well as provide enhanced communications, safety, and video surveillance systems.
Siemens Mobility CBTC signaling technology provides real-time data on vehicle position and speed conditions operating in moving block principle, allowing system operators to safely increase the number of vehicles on a rail line. This results in greater frequency of train arrivals and allows more passengers to be accommodated on the system. This is the most extensively deployed automatic train control system in the world and is currently being used in Singapore, Turkey, Brazil, Spain, and China.
The first unit of the very high-speed train Talgo Avril began its first rail tests this week, a decisive step in the technical homologation, prior to its commercial circulation by Spanish operator Renfe. This is the final phase in the manufacturing process of 30 units of the Talgo Avril, which has a passenger capacity of up to 581 seats.
The rail tests are aimed at checking the dynamic behaviour of all the elements of the train, and in particular the running gear systems, under progressively more complex operating conditions and up to the speed required for technical homologation of over 360 km/h. Its maximum commercial speed will be 330 km/h.
The homologation tests are planned to be carried out for several weeks on the Madrid-Galicia high-speed rail line, although they could be extended to other parts of the railway network in Spain at a later stage.
Lighter, more sustainable and accessible
Talgo Avril is Talgo’s most advanced very high-speed train, which will become a benchmark of quality in the very high-speed rail segment. Thanks to their high capacity and light overall weight, the Avril trains acquired by Spanish operator Renfe minimise energy consumption and multiply efficiency. This allows them to reduce greenhouse gas emissions and further enhance the position of rail as the most sustainable means of transport.
One of the outstanding features of this latest generation train is that its composition of 12 passenger carriages and 200 metres long are located on a single deck and at the station platform level, allowing passengers to access the train and move around inside it without steps or ramps. Talgo’s unique accessibility not only facilitates access for people with reduced mobility, but also offers an easy journey for all passengers, from parents with prams to passengers with bulky luggage or bicycles.
New routes, new markets
Talgo Avril is part of a highly flexible technological platform that allows each delivery to be adapted to the increasingly complex needs of the European rail market. In this particular contract, the 30 trains supplied are divided into different blocks according to their internal commercial configuration, their automatic variable-gauge system (Iberian and international), and their equipment to be operated north of the Pyrenees. Thanks to these capacities, Talgo Avril will be able to be used on practically the entire Iberian electrified rail network, bringing even closer those destinations to which the new high-performance rail network has not yet been extended, as well as in international relations between Spain and France.
The interoperability of Talgo trains is one of their most distinctive features, and this has led them to be used on commercial routes throughout Europe: France, Switzerland, Italy, Portugal, Russia, Belarus and Poland. The Spanish manufacturer has also recently been awarded new contracts to supply trains to the European operator Deutsche Bahn, which will connect Berlin (Germany) with Amsterdam (Netherlands) and to the Danish company DSB, to link Copenhagen (Denmark) with the German port of Hamburg.
Kansas City Southern (KCS) (NYSE: KSU) will release its fourth quarter 2020 financial results on Friday, January 22, 2021, before the opening of trading on the New York Stock Exchange.
KCS will also hold its fourth quarter 2020 earnings conference call on Friday, January 22, 2021 at 8:45 a.m. eastern time. Shareholders and other interested parties are invited to participate via live webcast or telephone. To participate in the live webcast and to view accompanying presentation materials, please log into investors.kcsouthern.com immediately prior to the presentation. To join the teleconference, please call (844) 308-6428 from the U.S., or (412) 317-5409 from all other countries.
A replay of the presentation will be available by calling (877) 344-7529 from the U.S., (855) 669-9658 from Canadaor (412) 317-0088 from all other countries and entering conference ID 10150484. The webcast replay and presentation materials will be archived on the company’s website.
Headquartered in Kansas City, Mo., Kansas City Southern is a transportation holding company that has railroad investments in the U.S., Mexico and Panama. Its primary U.S. holding is The Kansas City Southern Railway Company, serving the central and south central U.S. Its international holdings include Kansas City Southern de Mexico, S.A. de C.V., serving northeastern and central Mexico and the port cities of Lázaro Cárdenas, Tampico and Veracruz, and a 50 percent interest in Panama Canal Railway Company, providing ocean-to-ocean freight and passenger service along the Panama Canal. KCS’ North American rail holdings and strategic alliances with other North American rail partners are primary components of a unique railway system, linking the commercial and industrial centers of the U.S., Mexico and Canada. More information about KCS can be found at www.kcsouthern.com.
Airbus-led consortiums have recently won a series of contracts to shape the future of EGNOS, the European Geostationary Navigation Overlay Service. EGNOS enhances Galileo and GPS signals to provide augmented safety of life services.
EGNOS V3, set to replace the current version, is already being developed by a consortium of 20 European companies led by Airbus. It will enable ‘Category I’ automatic landing of aircraft – with the flight crew supervising – in weather conditions where it would otherwise be dangerous or impossible to operate.
To prepare EGNOS V3 Evolutions, the European Space Agency (ESA) has awarded a new study contract to Airbus. The focus is on the use of the augmentation service for stringent operations like Category II approach and landing under very low visibility conditions going beyond the current EGNOS V3 performance requirements.
Preceding this, Airbus has been conducting an innovative study under the ESA NAVISP Programme to assess the potential of sensor fusion techniques, for aviation applications demanding stringent performance requirements aiding operations under low visibility conditions. The study assesses the fit and the benefits of this approach to the Positioning Navigation & Timing (PNT) requirement adherence, in particular for the Satellite Navigation.
In addition, Airbus, together with European partners, has won a series of contracts from the European Global Navigation Satellite Systems Agency (GSA) and ESA to extend EGNOS service use for the safe operations of railways. The resulting projects are:
– CLUG (Certifiable Localisation Unit with GNSS): GNSS could prove a game changer for the European railway network by enabling a significant reduction of trackside equipment and by improving localisation performance. This project is performing mission analysis/needs identification and a preliminary feasibility study of an on-board localisation unit.
– GREET (GNSS for the Railway EnvironmEnT) ESA recently awarded Airbus a study for the development of a railway GNSS receiver chain to support the testing and validation of integrity concepts, algorithms, and techniques for receivers in railway environment.
– EGNSS-R (European GNSS for Rail): Rail signaling systems are used to safely control traffic in order to prevent train collisions. The project aims to define a new GNSS augmentation service for improved rail signaling, along with an implementation roadmap.
