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Amtrak Prepares for New Diesel Locomotive Fleet

Amtrak today released renderings and other information about the first of the diesel-electric locomotives that will replace the current fleet on the National Network, including all long distance and many state-sponsored routes.

Five of the first six locomotives will have this version of our current Phase VI paint scheme (a “livery” in trade terms) and one will be painted to recognize next year’s 50th anniversary of the inauguration of Amtrak service. A final livery will be unveiled later as part of a fleet-wide plan.

The ALC-42 series was developed by Amtrak with Siemens Mobility and is equipped with the latest safety systems, including Positive Train Control and Crash Energy Management. They have Alternating Current Propulsion for a maximum speed of 125 mph. The 16-cylinder Cummins QSK95 engine has Tier 4 Emissions Technology to reduce nitrogen oxide by more than 89 percent and particulate matter by 95 percent, while providing a savings in diesel fuel consumption and reaching Amtrak Sustainability goals.

The initial order of 75 new locomotives was first announced by Amtrak in December 2018, with deliveries expected through 2024. Amtrak also has a provision to order additional ALC-42 locomotives.

They are similar to the SC-44 locomotives purchased by some state agencies and operated by Amtrak, but have greater fuel capacity for longer routes and increased Head End Power generating capacity for bigger trains. A multitude of other upgrades will also lead to longer maintenance intervals. The front of the ALC-42 locomotive will serve as a “new face of Amtrak” in much of the U.S. and is designed to enhance safety, aesthetics and to simplify repairs.

The new locomotives are designated as ALC-42 for “Amtrak Long-distance Charger, 4,200-horsepower” and are in production in Sacramento, Calif. They will primarily replace Amtrak P40 and P42 diesel-electric locomotives. Although modern when bought in the 90s, the P-series locomotives have been intensively used for more than 25 years, lack up to date technology and do not achieve Tier 4 emissions standards.

Amtrak is purchasing the new locomotives through available funds and fulfills “Buy American” provisions. Siemens Mobility has suppliers across the United States to support locomotive production, including Cummins, which manufactures the diesel engines in Seymour, Indiana.

These new locomotives are part of Amtrak’s long-term planned series of improvements for fleet, infrastructure and stations, including new Acela trainsets now undergoing tests to begin service next year. Improvements are ongoing at New York Penn Station and Moynihan Train Hall, in addition to expanded development of the major stations at Washington, D.C., Baltimore, Philadelphia and Chicago.

Siemens Mobility Receives First Battery Powered Train Order

  • 20 Mireo Plus B battery-powered trains for Baden-Württemberg
  • Maintenance contract for 29.5 years
  • Delivery of trains by June 2023

Landesanstalt Schienenfahrzeuge Baden-Württemberg (SFBW) has ordered 20 Mireo Plus B trains from Siemens Mobility. The two-car electric trainsets with 120 seats can operate on rail routes with or without overhead power lines thanks to their battery hybrid drive, and are scheduled to operate in Network 8 of the Ortenau regional system. The contract also includes maintenance of the trains by Siemens Mobility for a period of just under 30 years. State Minister for Transport Winfried Hermann said: “This marks the first time battery-powered trains will be used in the state. With this innovative technology, the electrification of rail routes without continuous overhead power lines will also be possible.”

Delivery of the trains is scheduled to be completed by December 2023. The trains will be built at the Siemens Mobility factory in Krefeld, Germany. The KfW IPEX Bank is financing the trains for Nahverkehrsgesellschaft Baden-Württemberg (NVBW). The financing of €77 million has a term of 28 years.

“With this order, the state of Baden-Württemberg is investing in the future of mobility. Our battery-powered train Mireo Plus B makes climate-friendly, locally emission-free passenger transport possible, thus offering a sustainable alternative to the use of diesel-powered trains on non-electrified rail routes. We will guarantee the availability of the fleet with our maintenance of the trains over their entire lifecycle,” said Sabrina Soussan, CEO of Siemens Mobility.

“In the interest of sustainability, we’ve deliberately opted for a “lifecycle model’,” said Winfried Hermann, Minister for Transport in Baden-Württemberg. “We’re breaking new ground in converting to climate-friendly propulsion systems in local transport by introducing this new technology and want to commit the company to this technology through contractual arrangements. Siemens is also responsible for energy consumption and energy costs over the entire contract period of 29.5 years. In this respect, we are entering new territory regarding public transport tenders in the state of Baden-Württemberg.”

The Mireo Plus B has a range of around 80 kilometers in battery operation under real conditions. The batteries can be charged via the overhead line while operating along electrified sections and by recuperating the train’s braking energy. The battery system is mounted underfloor and is installed in two battery containers. Lithium-ion batteries with a long service life are used in the system.

The Network 8 Ortenau comprises the routes:

  • Offenburg –Freudenstadt/Hornberg
  • Offenburg – Bad Griesbach
  • Offenburg – Achern
  • Achern – Ottenhöfen and
  • Biberach (Baden) – Oberharmersbach-Riersbach

Siemens Mobility Receives First Order for Vectron Dual Mode Locomotives

  • Railsystems RP GmbH orders two locomotives from Siemens Mobility
  • Sustainable concept: a combined diesel and electric locomotive
  • Delivery at the end of 2020

Railsystems RP GmbH has ordered two Vectron Dual Mode locomotives from Siemens Mobility, marking the first order for the new locomotive that can be operated either as a diesel or electric unit. Siemens Mobility first presented the concept at the InnoTrans 2018.

“With the Vectron Dual Mode, Railsystems RP GmbH is getting a locomotive that combines the best of two worlds: On electrified routes, the Vectron Dual Mode is powered by electricity to save fuel and reduce maintenance costs. On rail routes without overhead wires, the Vectron can shift to diesel operation without the operator having to change locomotives,” said Sabrina Soussan, CEO of Siemens Mobility.

The Vectron Dual Mode enables operators to increase value sustainably over their entire lifecycle. The locomotive can also operate through gaps in the electrified sections, eliminating the need to change locomotives. At the same time, conurbations and major cities, where there is often an electrified rail network, are spared emissions. The Vectron Dual Mode is specifically designed for freight service in Germany and is based on proven Vectron components. It operates on a 1,435 mm track gauge and weighs 90 tons. The locomotive is designed for the 15-kV-AC voltage system and is equipped with the PZB train control system. Regardless of whether it operates on electricity or diesel, traction power at the wheel rim is 2,000 kW. The locomotive’s diesel tank has a capacity of 2,600 liters. The Vectron Dual Mode has a top speed of 160 km/h. 

First Order for Vectron Dual Mode

Bane NOR and Siemens Mobility Celebrate Milestone in Digitalization of Norway’s Rail Network

  • Campus Nyland test, training and signaling simulation center opens
  • European Rail Traffic Management System (ERTMS) latest in intelligent infrastructure
  • Nordlandsbanen will open first digital signaling railway in October 2022

Bane NOR and Siemens Mobility celebrated the opening of Campus Nyland, a test, training and signaling simulation center which will help the rail network operator prepare for the digitalization of the entire system. Norway has committed to becoming the first country to operate with a single digital interlocking and ERTMS signifies one of the country’s largest digitalization projects. In 2022, the first digital line, Nordlandsbanen, will open. In advance, the Campus Nyland center will prepare workers for working within the digital system, ERTMS. The intelligent infrastructure behind ERTMS will reduce operating costs and increase capacity throughout the network. In addition, it will enhance safety, with real-time visibility of trains across the network. When complete in 2034, the system will include 4,200 km of track and more than 350 stations.

“Siemens Mobility is the main supplier to the Norwegian ERTMS program with their infrastructure, including interlockings and radio block centres (RBC). The Siemens Mobility solution is leading edge based upon an IP based architecture. With a strong technical roadmap and a proven ability to deliver, Siemens Mobility is the ideal partner for Bane NOR in this challenging program. We are thrilled to work together with Siemens Mobility to develop the digital rail,” said Sverre Kjenne, Executive Vice President Digitalisation and Technology, Bane NOR.

“Norway is on track to become the first country to operate in the “one country, one interlocking” architecture making it at the forefront of digitalization. Our intelligent infrastructure will ensure that the system operates efficiently. The digital interlocking, with IP controlled field components, and ERTMS are the backbone to greatly improving operations and maintenance. This architecture also opens the door for future developments such as implementing driverless technologies, moving the interlocking to the cloud, which would make proprietary hardware and spare parts a relic of the past, and would make data instantaneously available to transportation operators,” stated Michael Peter, Siemens Mobility CEO. “Campus Nyland is an important milestone in turning this vision into reality.”

Campus Nyland will be an industry center for digital education and will house more than 5,000 employees, who will learn the necessary digital skills needed to ensure ERTMS is successful when it goes operational. These will include individuals from Bane NOR, train companies, maintenance companies and contractors. Bane NOR will facilitate simulator training as well as physical training facilities. New technology, such as virtual reality, will be used to communicate how the tracks are built with ERTMS, as well as the design of trains and traffic control centers. More than 150 different scenarios are available for training within the highly digital training hub.

In the spring of 2020, the Roa – Hønefoss ERTMS test line opens. The new signaling technology will be monitored and tested from Campus Nyland.

The next important milestone in turning ERTMS into a reality will be the digitalization of the first Norwegian rail line. In October 2022, Nordlandsbanen, which operates from Grong to Bodø, and represents about 12 percent of the Norwegian railway will go operational.

German Wind Turbine Maker Senvion Files for Insolvency

FRANKFURT, April 9 (Reuters) – A German court on Tuesday approved an application for insolvency from wind turbine manufacturer Senvion, although the company said it was also continuing to look at new funding options and various potential investors had shown interest.

The Hamburg-based company, which has more than a billion euros of debt, said it had applied for preliminary self-administration proceedings because refinancing discussions with lenders had not yet been successful.

Shares in Senvion were down 40.5 percent at 1519 GMT, having fallen as much as 55 percent earlier in the day.

Senvion has faced delays and penalties related to big projects, while the wind industry as a whole has seen falling prices and increased competition as it moves away from governments guaranteeing generous fixed subsidised tariffs for power towards an auction-based system that favours the lowest bidders.

Market leaders Siemens Gamesa and Vestas have more pricing power, putting smaller suppliers under pressure.

Financial sources had told Reuters Senvion needed at least 100 million euros ($112 million) in the short term to keep operating.

“Lenders and major bond holders are currently continuing intensive discussions around a financing offer to secure the continuation of operations which may allow the company to successfully exit this process,” Senvion said in a statement.

Two financial sources said hedge funds Anchorage and Davidson Kempner were prepared to put up the 100 million euros in loans that CEO Yves Rannou – who took the helm in January – needs to continue restructuring and clear the backlog of orders that has recently cost the company revenues and profit.

The sources said majority shareholder Centerbridge was prepared to accept that but the banks – notably Deutsche Bank and BayernLB – would still need to agree. The banks have lent Senvion a total of 950 million euros.

BayernLB and Deutsche Bank declined to comment.

Senvion also has 400 million euros in bonds bought by hedge funds including Anchorage and Davidson Kempner.

Senvion said its management board would remain in office under the initiated procedure and business operations would carry on, with both existing service and maintenance contracts continuing.

The company said the preliminary self-administration proceedings affected Senvion GmbH and a subsidiary called Senvion Deutschland GmbH. It said Senvion S.A., Senvion Topco GmbH and Senvion Holding GmbH were expected to file for insolvency later this week.

Senvion’s website says it has around 4,000 employees globally.

(By Alexander Hübner and Michelle Martin, Additional reporting by Hans Seidenstuecker; Editing by Tom Sims and Mark Potter)

Electric Airplane Startup Zunum Chooses Safran Engine

SEATTLE (Reuters) – Aircraft manufacturer Zunum, backed by Boeing Co, will use an engine turbine from France’s Safran SA to power an electric motor for the hybrid regional airplane it aims to bring into service in 2022, the company said on Thursday.

Zunum, based near Seattle, is among several companies seeking to reduce emissions, noise and travel costs with electric planes, underscoring growing investment in lightweight propulsion systems to bring the benefits of electric-cars to the sky.

Siemens AG, Rolls-Royce Holdings PLC, and Airbus SA joined forces last year on a hybrid electric aircraft propulsion system, while Honeywell International Inc has developed a high-capacity generator that could be used for electric flight.

Zunum, which is also funded by JetBlue Airways Corp’s investment arm, will offer its 12-seat, 700-mile aircraft – dubbed the ZA10 – to charter airlines, private companies and regional carriers globally, starting in 2022.

Zunum’s planes will be battery powered, with a jetfuel-powered turbogenerator to extend range. It chose the Safran Helicopter Engines’ Ardiden 3Z turbine over competing turbines from General Electric, Honeywell, Pratt & Whitney, and Rolls Royce.

The ZA10 will cost less than $300 million to develop, compared to the billions of dollars required to bring a traditional regional jet to market, Zunum’s Chief Executive Officer Ashish Kumar told Reuters.

Norway in June tested a two-seater electric plane, built by Pipistrel in Slovenia, and predicted a start to passenger flights by 2025 as the country moves to reach a government goal of making all domestic flights in Norway electric by 2040.

“This is the future,” Kumar said. “This class of aircraft is going to replace conventional airplanes over these (short-haul) distances.”

Siemens’ e-aircraft unit told Reuters earlier this year its system will work like a Toyota Prius: a gas-fueled engine inside the plane will spin a generator, sending electricity to small propulsion motors on the wings.

In Zunum’s plane, those motors are powered by the battery packs and the turbogenerator installed near the rear of the fuselage.

Kumar said the new aircraft will deliver operating costs of 8 cents per available seat mile or $250 per hour, which is 60-80 percent lower than comparable conventional aircraft.

Zunum’s prototype motor is due to be tested in early December, with an improved version flying on a test aircraft in summer 2019, Kumar said. Conversely, the Airbus, Siemens, Rolls-Royce system is scheduled to begin test flights in 2020.

(Reporting by Eric M. Johnson in Seattle)

Image from https://zunum.aero/

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