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Rolls-Royce Signs Agreement to Sell Bergen Engines to TMH Group

Rolls-Royce has signed an agreement to sell the Bergen Engines medium speed gas and diesel engines business to TMH International, the international branch of TMH Group, for net proceeds of approximately EUR 150m.

TMH Group, based in Russia, is a leading engineering company in rail transport technologies and the world’s fourth largest supplier of rail rolling stock. It offers a full range of products and services including medium-speed engines for rail applications with current production of more than 850 engines a year. Established in 2002, TMH is privately-owned and employs 100,000 people across 25 sites worldwide. The acquisition of Bergen Engines, based in Bergen, Norway, is part of TMH’s strategy to diversify its business activities, expand its product portfolio and international footprint.

Bergen Engines will be operated as a stand-alone business by TMH International, which is headquartered in Switzerland. TMH International already operates in Argentina, Cuba, Egypt, Germany, Hungary, Israel and South Africa. 

The agreement follows a strategic review by Rolls-Royce of Bergen Engines announced in February 2020. The sale includes the medium speed engine factory, service workshop and foundry in Norway; engine and power plant design capability; and a global service network spanning more than seven countries. Since 1946, Bergen Engines has supplied over 7,000 engines to marine and power generation customers worldwide, of which around 4,000 are still in operation. Bergen Engines’ long-term relationship with Kongsberg Maritime, distributor of Bergen medium speed engines to the maritime market, is planned to continue as is.

Rolls-Royce has signed an agreement to sell the Bergen Engines medium speed gas and diesel engines business to TMH International, the international branch of TMH Group, for net proceeds of approximately EUR 150m.

Bergen Engines plant in Hordvikneset near Bergen, Norway

TMH Group, based in Russia, is a leading engineering company in rail transport technologies and the world’s fourth largest supplier of rail rolling stock. It offers a full range of products and services including medium-speed engines for rail applications with current production of more than 850 engines a year. Established in 2002, TMH is privately-owned and employs 100,000 people across 25 sites worldwide. The acquisition of Bergen Engines, based in Bergen, Norway, is part of TMH’s strategy to diversify its business activities, expand its product portfolio and international footprint.

Bergen Engines will be operated as a stand-alone business by TMH International, which is headquartered in Switzerland. TMH International already operates in Argentina, Cuba, Egypt, Germany, Hungary, Israel and South Africa. 

The agreement follows a strategic review by Rolls-Royce of Bergen Engines announced in February 2020. The sale includes the medium speed engine factory, service workshop and foundry in Norway; engine and power plant design capability; and a global service network spanning more than seven countries. Since 1946, Bergen Engines has supplied over 7,000 engines to marine and power generation customers worldwide, of which around 4,000 are still in operation. Bergen Engines’ long-term relationship with Kongsberg Maritime, distributor of Bergen medium speed engines to the maritime market, is planned to continue as is.

Bergen Engines has been a part of Rolls-Royce since 1999 and has approximately 950 employees, with the majority based in Bergen, Norway. In 2019 the business generated revenues of £239m which were consolidated within the results of our Power Systems business. 

The transaction has been approved by the boards of both Rolls-Royce and TMH and is expected to close in the second half of 2021.

Alstom Wins Contract to Build Toulouse Metropole Third Line

Alstom has been awarded the contract by Toulouse Metropole for the system for the third and new 27 km metro line, called Toulouse Aerospace Express, for the sum of more than €470 M. The contract could eventually be worth €713 M, including all options. The line consists of 21 stations and will serve the aviation labour pool.

The firm tranche of the order guarantees a transport capacity of 5,000 passengers per hour in each direction (pphpd), with options for up to 10,000 pphpd. It includes Alstom’s efficient, proven “Systems” solutions: Metropolis™ trains and Urbalis™ 400 CBTC solution for driverless operation and Hesop™ reversible substations. The scope also includes platform screen doors, including a dynamic system for load indication, and the track including the laying with the automated solution Appitrack™. Finally, the firm tranche of the order includes six years of maintenance, with 12 years of maintenance as an option.

“This order is excellent news for Alstom and I would like to thank Tisséo and Toulouse Metropole for their confidence! Alstom has submitted a very competitive system offer, while proposing its latest technologies and innovations on the various subsystems (vehicles, signalling, infrastructure and power supply). This order will enable us to continue developing our skills in France in all these areas, as well as our presence in the region of Occitanie, already in full expansion with our centres of excellence for Electrical component’in Toulouse and traction in Tarbes, and soon the Line 3 project team. We’ll also be calling on a number of local partners,” says Jean-Baptiste Eyméoud, President of Alstom in France.

The city of Toulouse is renowned for its economic vitality and the quality of life of the surrounding region. The Toulouse Aerospace Express project is part of a drive to increase the city’s appeal with the help of sustainable, inclusive mobility.

Alstom will contribute to the economic vitality of the local area with its site in Toulouse, which will be the nerve centre of the project. The site will consequently be developed for the construction and maintenance activities, thereby promoting local employment. In total, more than 600 people in France will work on this project, including up to 400 people in the Toulouse metropolitan area at the peak of the activity. 80% of the hours spent working on this project will be in France and 55% directly in the region of Occitanie. Jobs will also be created with our suppliers in France and in the city of Toulouse for the activities of installation, infrastructure and system deployment.

Alstom’s integrated Systems solution provides a highly mature, efficient and comfortable transport offer, designed with maximum operability and reliability in mind, with record availability of 99.8%. Alstom has a global leadership position and fully proven experience in the successful construction, commissioning and delivery of new integrated metro systems, as well as in their safe, reliable and efficient operation. Alstom can boast more than 65 years’ experience, having sold over 17,000 metro cars that carry 30 million passengers every day operate in 55 cities around the world. One of the most recent successes for Alstom in integrated metro projects being the 15-kilometre-long Dubai Metro Route 2020, completed and delivered in July 2020

The design selected for the system and the metro makes it possible to propose a solution that minimises waiting time in stations, with reduced traffic frequency from the moment of entry into service, but which, by increasing the number of metro cars from 2 to 3, increases the transport offer to 15,000 passengers per hour in each direction, without modifying the infrastructure. Indeed, Alstom will design the system to be able to go up to 15,000. The base contract is for 5,000 with options to go up to 10,000.

The rolling stock belongs to the Métropolis™ range of trains. It benefits from the innovations and continuous improvement brought to this product for more than 15 years, through numerous R&D programmes and contracts executed throughout the world. This state-of-the-art metro has been designed to improve passenger experience as well as reconcile performance, energy efficiency and ease of maintenance, in order to control costs throughout its life cycle.

For passengers, as it is a new line, the train will be characterised in particular by increased volumes on board and large openings to the exterior. The experience of the journey will be made more pleasant with an atmosphere that is air-conditioned and quiet, LED lighting that adjusts to travel conditions, reinforced air filtration and antibacterial coatings on the handholds for a healthier interior.

Travel will be made easier from the moment you step on board, with, for example, platform facades indicating the density of people on board the cars.

Urbalis™ 400 is a proven, efficient CBTC (Communication Based Train Control) automatic operation solution, in commercial service in many cities around the world. Deployed or in the process of being deployed on more than 100 metro lines, notably in Lyon and Marseille, Urbalis 400™ is a generic solution, managed as a platform, to ensure optimum safety and reliability as well as long-term durability. The solution has also demonstrated its operational robustness and modular capabilities, enabling it to control sensitive interfaces such as those of the train or the centralised control centre.

The transport system solution provided by Alstom has also been designed to reduce operational costs, achieving major energy savings through a combination of reversible Hesop™ substations with regenerative braking, efficient traction and braking systems and improved CBTC automatic train control strategies.

And finally, the project also includes the construction of a rail track that reduces friction and fine particles to a minimum, thanks to steel-on-steel operation and offers guaranteed performance over time.

With this contract, Alstom is making a long-term commitment to mobility in Toulouse by ensuring the construction and maintenance of this third line on behalf of Tisséo.

Embraer and Porsche Announce Design Collaboration on Limited Edition Duet

Melbourne, Florida, November 5, 2020 — Two global companies at the forefront of technology and innovation, Embraer and Porsche, have collaborated to create Duet, a limited-edition, limited-quantity Embraer Phenom 300E aircraft and Porsche 911 Turbo S car pairing. Both known for world-class engineering, performance, and design, Embraer and Porsche will produce just ten pairs of business jets and sports cars, providing a truly seamless experience from road to sky, for the first time in history.

“Duet is an exclusive package developed in a unique design collaboration with Porsche. This rare, refined combination will only be available through this one-time-only pairing,” said Michael Amalfitano, President & CEO, Embraer Executive Jets. “In the spirit of delivering the ultimate customer experience, we are fusing two of the most notable brands in the aerospace and automotive industries, bringing together the pinnacle in production sports cars with the market benchmark in light jets, once again proving that we don’t simply follow trends — we create them.”

Duet brings the Phenom 300E and the 911 Turbo S into perfect harmony. As the world’s fastest and longest-ranged single-pilot business jet, the Phenom 300 series transformed the light jet category. From its revolutionary, award-winning interior design, with an abundance of cabin and baggage space to its highly intuitive avionics, this well-rounded machine delivers unmatched performance, exceptional comfort, and class-leading technology, at enviably low operating costs, with features previously available only on much larger jets. The 911 is the heart of the Porsche product portfolio and has one of the longest and most celebrated traditions in the automotive industry. The 911 Turbo S is the peak of the 911 models and stands for both performance and usability.

“Porsche and Embraer share a host of common values,” said Alexander Fabig, Vice President Individualization and Classic at Porsche AG. “As part of our cooperation, we used the know-how of both brands to work jointly on a unique pair of vehicles that are equally attractive for the customer group of jet and sports car owners.” Designed in tandem, Duet fuses speed and style, luxury and power — signatures of both the Phenom 300E and Porsche 911 Turbo S. The most successful business jet of the decade (2010-2019) meets the gold standard in production sports cars, resulting in a uniquely designed jet and car, both featuring a customized interior and paint scheme inspired by one another.

“This is the perfect marriage of car and jet, as personified by the exclusive collaboration logo. The logo brings together the aeronautical requirement of lift — depicted by the Phenom 300E winglet — with the automotive requirement of downforce — depicted by the rear wing of the flagship 911. To further solidify this symbiotic partnership, the aircraft registration number appears on both the car’s rear wing and the sides of its key,” said Jay Beever, Vice President of Embraer Design Operations.

The exclusive collaboration logo is embossed on the seat headrests of the aircraft (lift) and debossed on the seat headrests of the car (downforce), as well as featured on the aircraft sideledge, speaker grills, and mounted near the main door. Each pairing also features a special badge, representing one of only ten delivered. The customer will have the option to select the location of a blue chip, reflective of their position among the ten units, according to their preference.

To create a seamless transition from aircraft to car for this exclusive set of customers, design inspiration for the aircraft mirrors that of the car, and vice versa. Starting with seats, the sew style on the Phenom 300E seat was patterned after that of the 911 Turbo S. The seats in both vehicles feature red pull straps, a Speed Blue accent stitch, and carbon fiber shrouds to create a shared connection. The cockpit seats of the Phenom 300E were redesigned to match the car. In the 911 Turbo S, Porsche introduced a unique color combination for the steering wheel to match the aircraft’s yoke, with a Speed Blue accent at 12 o’clock, as well as the first Chalk Alcantara trim roof lining — an homage to the aircraft. To round out the interior, the stopwatch of the Sport Chrono package features an artificial horizon inspired by instrumentation in the aircraft cockpit.

The aircraft and car share the same exterior paint pallet and general scheme. For the first time, Porsche has combined gloss and satin-gloss paintwork. The upper part of the car is finished with Platinum Silver Metallic, transitioning to Jet Grey Metallic at the bottom. Dividing the two paint colors is a trim strip with lines in Brilliant Chrome and Speed Blue. The car is entirely hand-painted, which is unique to this project and reflective of the Phenom 300E paint process. The alloy wheels of the 911 Turbo S are painted in Platinum Silver Metallic, using a revolutionary laser process to expose a Speed Blue underlay on the rim flange. The air intakes of the 911 Turbo S are painted in Brilliant Chrome to match the leading edge nacelles of the aircraft. The LED door projectors cast the Duet collaboration logo on the ground, and the door sill trims feature “No Step” lettering, like the messaging on an aircraft wing.

The exclusive Duet Porsche 911 Turbo S can only be purchased in tandem with its sibling Phenom 300E. To mark this first ever collaboration between Embraer, Porsche AG, and Porsche Design, Duet customers will also receive a custom Duet logo luggage set with a pilot’s bag and two weekenders, as well as a special edition Porsche Design 1919 Globe timer UTC titanium-case watch inspired by the aircraft’s cockpit.

Ten limited-edition pairs of the Duet are now available for order. Deliveries will begin in 2021.

Collins Aerospace and GKN Fokker Services Ink MRO Agreement

– Expanded FlightSense On-Site Support agreement for Collins Aerospace’s Integrated Drive Generator (IDG) includes new part numbers for Airbus A320neo operators

Collins Aerospace Systems, a unit of Raytheon Technologies Corp. (NYSE: RTX), and Fokker Services, a GKN Aerospace company, today announced the expansion of an existing 10-year FlightSense On-Site Support agreement for Collins Aerospace’s Integrated Drive Generators (IDG’s). The expanded contract will add new IDG part numbers for the Airbus A320neo, while Collins Aerospace will continue to manage Fokker Services’ onsite inventory of IDG components, providing competitive rates for OEM-quality parts and improved shop efficiency. Fokker Services, in turn, will now be able to repair Collins Aerospace IDGs for the A320neo at its Amsterdam Airport Schiphol facilities. 

The IDG provides primary electric power for the aircraft electrical system by converting variable engine input speed to a constant output speed, thus enabling the generator portion of the IDG to produce alternating current at a constant frequency.

“Collins Aerospace is pleased to continue building on its longstanding relationship with Fokker Services,” said Ryan Hudson, vice president, Aftermarket, Power & Controls for Collins Aerospace. “This agreement will help Fokker Services streamline supply chain operations, increase repair reliability and lower operational cost to better serve its customers with quality repairs of Collins Aerospace components.” 

“As a leading aerospace service provider, we are proud to work with Collins Aerospace to provide MRO support for these components to operators,” said Ben Scharrenberg, director, Procurement for Fokker Services. “We bring added value based on many years of experience in supporting component MRO, our high quality standards including FAA, EASA and CAAC approvals, and our service expertise. We look forward to supporting our customers and to further expanding our relationship as Collins Aerospace’s channel partner.”

As part of the contract, Fokker Services will support airlines, MROs and Integrators with flexible, reliable and competitive OEM solutions for Collins Aerospace IDGs. The support includes:

– OEM parts & warranty

– Dedicated 24/7 customer service representative

– Quick Turn-Around-Time and performance guarantee

– Reliability monitoring services to ensure top quality

– Exchange inventory available to support the next removal

Embraer Delivers Six A-29 Super Tucano to Philippine Air Force

All six Super Tucano aircraft ordered by The Philippine Air Force (PAF) have been officially handed over to the Air Force today. The aircraft will be deployed for close air support, light attack, surveillance, air-to-air interception, counter-insurgency missions, advanced training and are part of PAF’s ongoing modernization plan.

“The Philippine Air Force takes pride in welcoming the six A-29B Super Tucano from Embraer Defense and Security into the blue fold of our skies as part of our fleet. The addition of these close air support aircraft is a great leap in our air power capability as we soar together in our flight to a more capable and credible Air Force for the nation and its people,” Lieutenant General Allen T. Paredes AFP, Commanding General of the Philippine Air Force.

“It is an honour to deliver these six A-29 Super Tucanos to The Philippine Air Force,” said Jackson Schneider, President and CEO of Embraer Defense & Security. “Delivering an aircraft amidst a global pandemic is challenging, but we were committed to go the extra mile every step of the way to have the aircraft in the hands of PAF to fulfil their security missions.”

These aircraft will be operated and maintained by the 15th Strike Wing, the PAF’s end-user. In November 2017, a firm order of six A-29 Super Tucano light attack and advanced training aircraft for the Philippine Air Force (PAF) was made after a comprehensive public bidding process.

The A-29 Super Tucano is a durable, versatile and powerful turboprop aircraft capable of carrying out a wide range of missions, even operating from unimproved runways. To date, the Super Tucano was selected by 15 air forces worldwide.

Rolls-Royce & Shanghai Cooltech to Jointly Produce Generator Sets in China

Rolls-Royce’s business unit Power Systems and Shanghai Cooltech Power Co. Ltd., a leading Chinese manufacturer of power generation systems, have made a significant step forward together to strengthen their market position by forming a 50/50 joint venture. MTU Cooltech Power Systems will produce backup generator sets powered by MTU Series 1600, 2000 and 4000 engines for applications including but not limited to hospitals, airports, mining, semiconductors, telecoms and the rapidly growing data centre market, which has recently received a significant boost from the Chinese government’s newly announced New Infrastructure development plan, a programme launched by the central government to accelerate the digital transformation of the economy.

– New 50/50 joint venture established in Shanghai to serve the growing Chinese market

– Purpose is to establish a stronger position in the backup power supply market, with a focus on data centers

– Production of generator sets equipped with MTU engines to start at end of 2020

Tobias Ostermaier, President MTU Greater China, Rolls-Royce Power Systems, said: “This is an important step to further accelerate our fast-growing business in China. We pursue our growth strategy for diesel systems in China and move further towards becoming a provider of integrated power solutions in this strategically important market. We look forward to being in a position to supply our customers with world class MTU system solutions at China speed. The Chinese market presents tremendous opportunities for Power Systems’ business growth in a challenging global environment. We have an important role to play in ensuring power for China’s New Infrastructure such as telecommunications networks, servers, and data centres through our best-in-class safety-critical MTU power solutions.”

Xu Nai Qiang, President of Shanghai Cooltech Power, said: “We are proud to form the new joint venture with Rolls-Royce, which enables us to manufacture products of the highest quality for the Chinese market, and  to continue and enhance the success story of our long-standing collaboration.”

Rolls-Royce and Shanghai Cooltech Power have enjoyed a close partnership since 2013. Shanghai Cooltech Power is one of the biggest customers of the Power Systems business unit in China and has already installed nearly 1,000 MTU engines in backup generator sets. A key focus has been the telecommunications market, which will also be a major target now for the new joint venture.

MTU Cooltech Power Systems is to have a workforce of around 50 employees when it is launched this year. The joint venture will produce a range of generator sets based on MTU engines, which are to be supplied from Germany and China. Rolls-Royce and Shanghai Cooltech Power will then market and deliver these generator sets to their Chinese customers.

Having production in China will shorten delivery times significantly. Combined with direct access to the high quality and competitively priced supply chain in China, MTU system solutions will establish a highly competitive position in the China market. “As a result, we will be in a better position to adapt our product range to market requirements and to provide our customers with local support. Irrespective of the new joint venture, we will maintain our long-standing strategic partnerships and well-established collaboration with our community of Chinese partners in the field of decentralised power supply systems, and will systematically continue and strengthen these partnerships,” said Tobias Ostermaier.

Increasing market share in China, in addition to setting up and developing partnerships, are key elements of the PS 2030 strategy with which the Rolls-Royce business unit Power Systems is currently transforming itself from an engine manufacturer to a provider of integrated solutions.

Rolls-Royce has been producing MTU engines in China since 2006 and formed joint ventures with Chinese manufacturers to continue localizing its footprint over the years. The founding of MTU Cooltech Power Systems will help accelerate its localization in China to seize business opportunities and better serve the market.

Rolls-Royce’s business unit Power Systems and Shanghai Cooltech Power Co. Ltd. have agreed to form MTU Cooltech Power Systems: The 50/50 joint venture will produce backup generator sets powered by MTU engines in China. In the picture: Generator set with a 20V 4000 MTU engine. Der Geschäftsbereich Power Systems von Rolls-Royce und Shanghai Cooltech Power Co. Ltd. haben gemeinsam MTU Cooltech Power Systems gegründet. Das 50/50-Joint Venture wird Notstromaggregate mit MTU-Motoren in China produzieren. Im Bild: Aggregat auf Basis eines 20V-4000-MTU-Motors.

Alstom Celebrates Cairo Metro Line 3 – Phase 4 Entry into Service

Alstom has successfully supplied, tested and commissioned part of Cairo Metro line 3 – Ph4 with a total of 10 stations from Heliopolis to Adly Mansour. His excellency the Egyptian President Abdel Fattah Al Sisi, the Prime Minister Dr. Mostafa Madbouly and the Minister of Transport, Kamel El Wazir, have inaugurated the line with the presence of Dr. Essam Wally the Chairman of NAT (National Authority for Tunnels), and Mena AZER, Project Manager of Alstom Egypt.

In May 2015, NAT awarded Alstom, as a consortium leader, a contract to provide system and subsystem design, manufacturing, installation, testing / commissioning, training, maintenance for signaling, centralized control and telecommunication systems for Cairo Metro line 3 Phase 4A. On the same date, NAT awarded Alstom, as a member of the G3 Power Supply Consortium, a contract for the design, supply, installation, testing, commissioning, training, maintenance of power traction system (Rectifier Stations, Lighting and Power Stations & Annexes Structure and Switch Rooms).

In November 2017, the Egyptian Joint venture of Orascom and Arab contractor as main contractor for Ph4B, awarded Alstom a sub-contract to extend the Cairo Metro Line 3 with additional 4 stations & Main Depot (Adly Mansour).

Urbalis is an advanced signalling system that helps operators to ease commuter congestion. Constantly upgraded, the solution aids urban operators in maximizing their performance and capacity while providing standard supervision and control supporting their operational needs. Designed for heavy ridership metros, the system offers a considerable range of functions that improve headway and average speed performance. 

Alstom has been present in Egypt for over 40 years and has contributed to support the strong trend of railway infrastructure development in the country. Over decades, Alstom Egypt has developed a local talent pool that is today in charge of a center of excellence related to Signaling, Power Supply and Depot Equipment which is supporting our projects within all MEA region. It is this heritage that has allowed Alstom Egypt to make a significant contribution to Egypt’s rail industry development.

Rolls-Royce Strengthens Opportunities with Kinolt Acquisition

  • Strenghtens Rolls-Royce’s market position in safety-critical applications with a leader in dynamic uninterruptible power supply
  • Completes Rolls-Royce’s product offering and accelerates the strategy of offering integrated solutions
  • Acquisition expected to deliver cost and revenue synergies, and help support medium-term profitability and create long-term shareholder value

Rolls-Royce is strengthening its business in power supply for safety-critical systems with the completion of the acquisition of Kinolt S.A., a Belgian-based specialist in dynamic uninterruptible power supply. Rolls-Royce is already a leading provider of back-up power generation through its Power Systems business with its product and solutions brand MTU. This market has remained a growth area during the Covid-19 pandemic and is expected to grow in the coming years as customers look to further minimize their risk of disruption.

Uninterruptible power supply systems are used wherever stable electricity is required or a power failure would be extremely harmful, for example within data centres, hospitals or manufacturing facilities which operate sensitive processes. This acquisition is another important step on the strategic journey of Power Systems towards becoming a full-service provider of integrated solutions. Kinolt’s uninterruptible emergency power supply technology is particularly well suited to applications where space is at a premium, such as urban areas or installations in existing buildings and complements Rolls-Royce’s own MTU branded solutions for large scale and greenfield sites. As a result, the deal is expected to result in cost and revenue synergies, medium-term long-term shareholder value in the back-up power generation business.

Andreas Schell, CEO of Rolls-Royce Power Systems, said: “The extraordinary times created by the Covid-19 pandemic have shown just how important it is to secure electricity supply to sensitive and critical infrastructure. The provision of uninterruptible power is vital in any situation and even more so today, as it ensures the provision of vital services such as medical care or the world’s continued flow of internet traffic. Without it, no public authority or company would be able to act in any crisis.”

The demand for uninterruptible power solutions is expected to remain strong in the aftermath of the Covid-19 pandemic. The acquisition of Kinolt will give Rolls-Royce a market-leading solution for businesses and local authorities who experienced issues with supply, or do not wish to run the risk again.

“We originally signed the deal to acquire Kinolt before the full global impact of Covid-19 was apparent,” added Schell. “Since then we have rigorously examined the rationale for the transaction and the opportunities it presents to our business and concluded that the arguments in favour of the acquisition are even stronger than before.”

Power Generation is already the top-selling segment within the Power Systems business. In the future it is expected to be the only manufacturer in the world able to supply customers with all components and consequently a complete uninterrupted power generation system in the power range from 200 to 3,200 kVA. Kinolt’s technology consists of a combination of rotating, kinetic mass storage devices, a diesel engine and a generator that can also be used as an electric motor. MTU engines from Rolls-Royce are often already used within Kinolt’s solutions. The Kinolt system is connected between the external power supply system and safety-critical equipment and supplies the latter with the required electrical power during normal operation. The grid frequency and voltage are generally more stable than the grid of public power suppliers. This is necessary because data servers, computer-controlled systems or sensitive devices such as those in hospitals can fail in the event of voltage and frequency fluctuations. In the case of a power failure, the flywheel mass accumulator ‘bridges’ the first few seconds before the diesel engine takes up the load.

“We will integrate the products and systems of our new subsidiary into our MTU product portfolio,” said Andreas Görtz, Vice President of Power Generation at Rolls-Royce. “Our worldwide sales and service network will open up new market opportunities by offering innovative uninterruptible power solutions. This will significantly strengthen our market position in safety-critical applications.”

Kinolt is based in the town of Grâce-Hollogne in the Belgian province of Liège and was known as Euro-Diesel until mid-2019. The transaction was completed on 1 July 2020 following the approval of antitrust authorities.

Rolls-Royce stärkt sein Angebot an Stromversorgungssystemen für sicherheitskritische Anwendungen mit dem Abschluss der Übernahme von Kinolt S.A., einem in Belgien ansässigen Spezialisten für dynamische unterbrechungsfreie Stromversorgung. Rolls-Royce is strengthening its business in power supply for safety-critical systems with the completion of the acquisition of Kinolt S.A., a Belgian-based specialist in dynamic uninterruptible power supply. Avec l’aboutissement de l’acquisition de Kinolt S.A., un spécialiste de l’alimentation dynamique sans interruption (ASI) établi en Belgique, Rolls-Royce élargit son offre de systèmes d’alimentation électrique dédiés aux applications cruciales en matière de sécurité. Rolls-Royce heeft de overname afgerond van Kinolt S.A., een in België gevestigde specialist voor dynamische onderbrekingsvrije stroomvoorziening. Met deze overname vergroot het zijn aanbod van stroomvoorzieningssystemen voor veiligheidskritische toepassingen.

Inauguration of Dubai Route 2020 Metro

Alstom-led consortium delivers extension of Dubai Metro Red Line

  • A full turnkey integrated system
  • 15km-long
  • 50 Metropolis trainsets
  • Total value of the project is €2.6 billion

Alstom congratulates Dubai’s Roads and Transport Authority (RTA), on the inauguration of the Dubai Route 2020 Metro. This iconic project was ceremonially inaugurated by H. H. Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the United Arab Emirates, and Ruler of the Emirate of Dubai on 7 July 2020, and was also attended by Henri Poupart-Lafarge, Alstom’s CEO and Chairman of the Board as well as the top management of the ExpoLink Consortium via video conference technology.  

The new line project, commenced in July 2016 and carried out by the Alstom-led ExpoLink consortium, also composed of ACCIONA and Gülermak, consists of a 15km-long line, of which 11.8km is above ground and 3.2km underground, and an interchange on the Red Line. The extension of the metro has seven stations including Jabel Ali Station and the flagship metro station at the Expo exhibition site. The project is worth a total of €2.6 billion. 

As part of the Consortium, Alstom was responsible for the integration of the entire metro system including 50 Metropolis trainsets produced in Alstom’s site in Katowice, Poland, power supply, communication, signalling, automatic ticket control, track works, platform screen doors and a three-year warranty on the whole system, as well as the enhancement of the existing metro line by upgrading power supply, signalling systems, miscellaneous communication and track works. The trainsets are 85.5 meters long and composed of five cars per trainset, and they will be able to carry up to 696 passengers each.

The train offers an excellent level of passenger experience, thanks to wide gangways, large doors and windows, three specific areas for Silver, Family and Gold Classes. Eco-friendly, the train is equipped with a full electrical braking system, LED lighting and other innovations to reduce energy consumption.

Alstom is a dedicated and long-standing partner of Dubai’s transportation and mobility development. Alstom delivered the Dubai tramway, the first fully integrated tramway system in the Middle East and the world’s first 100% catenary-free line, which was opened in November 2014. Alstom is also in charge of the maintenance of the Dubai Tram for a period of 13 years.

The Gardens Station on Dubai Metro Route 2020

Airbus Solar Orbiter Ready for Close-Up With The Sun

Currently traveling at some 105 million kilometres from Earth, the Airbus-built Solar Orbiter (SolO) is en route for an encounter to uncover the secrets of our closest star.

While humankind has been studying the Sun for hundreds of years, the research is limited because data was always collected from distances more or less equal to the star’s separation from Earth, according to Ian Walters, Airbus’ SolO Project Manager.

“Solar wind takes about two to four days to get from the Sun to Earth, and in that time, it transforms completely,” he explained. “We can better correlate what is seen with what is felt from the Sun if we can get up close. That’s the point of the Solar Orbiter mission…and it’s never been achieved before.”

Solar Orbiter was launched in February in a joint mission of the European Space Agency and the U.S. National Aeronautics and Space Administration. Travelling closer to the Sun than its nearest planet – Mercury – SolO will make comprehensive measurements of the nascent solar wind.

Beating the heat

For the spacecraft and its 10 instruments to survive extreme temperatures of up to 600 deg. Centigrade, Airbus designed a protective heat shield with openings for SolO’s five telescopes to peek through during the trek.

According to Walters, the most critical heat protection technology is the Stand-off Radiator Assembly (SORA) – a set of radiators sitting on the spacecraft’s side that is always in shadow, enabling them to quickly transfer heat from the instruments into space. SORA’s thermal straps are made from pyrolytic graphite, which is five times more conductive than copper wire but flexible like paper.

To avoid any molecular contamination that could compromise imagery from the telescopes, Airbus also built Solar Orbiter to levels of cleanliness far exceeding any other spacecraft built in the UK to date. Every item on SolO has been heated to over 120 degrees to make sure no gases are emitted in the vacuum of space.

Predicting solar events

Data from Solar Orbiter can help make significant improvements to everyday life, particularly when it comes to predicting solar flares and coronal mass ejections (CME) – the expulsions of plasma and its accompanying magnetic field from the sun, which can have a major impact on Earth.

“In 1859, one such episode took down the world’s telegraph network,” Walters said. “A similar event today would severely disrupt our power grids, mobile phone towers, navigation systems and many other critical technologies.”

He added: “If we could predict the CME was coming our way, we’d have about two days’ notice for emergency government committees to be activated and react, instead of the few minutes’ notice we receive today.”

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