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Rolls-Royce medium-speed liquid fuel and gas engines and generator sets are characterized by high availability and low operating costs. We support your business with reliable, engine based power generation and marine systems solutions from 1,400 to 11,830 kWe per engine, and complete power systems that can deliver an output of beyond 200 MWe.
In the marine market, Kongsberg Maritime is the exclusive distributor of Rolls-Royce Bergen medium-speed engines for commercial marine applications. To learn more about our marine product portfolio, please visit the Kongsberg Maritime website. To get in touch with commercial marine sales, information is available on the Kongsberg website. For aftermarket request you can also scroll down to the contact area of this page.
The tradition of Rolls-Royce medium-speed engines dates back to 1855 when the original company Bergen Mekaniske Verksted (BMV) was founded. In 1946 we started to build diesel engines and since then we have sold more than 7,000 engines of which 5,000 are still in operation. Nowadays, the Rolls-Royce Power Systems subsidiary is part of Rolls-Royce plc. Our medium-speed gas and liquid fuel engines and generator sets are supplied for a broad range of power generation applications and are operated worldwide.
We offer you a wide, highly economical product range with a leading nominal electrical efficiency of up to 50%. We also support you with a diverse range of pre- and aftersales services. Our broad scope and capability covers:
We also offer engines for Marine applications, and these are marketed and sold exclusively through Kongsberg Maritime.
For high-speed engines and generator sets from Rolls-Royce Power Systems, please visit the MTU Onsite Energy website.
Our engines and generator sets are widely recognized by operators worldwide due to their proven technology, their robust design and low operating costs. The fields of application for our liquid fuel and gas engine solutions are:
?Power GenerationFlexible and modular engine based power plants installed in our own designed self-contained engine packages, can be supplied with all the components and auxiliaries needed to construct a fully working power station with the possibility of extension whenever additional modules are needed. It is a cost efficient solution to providing electrical power. The power generation solutions suit for base load, combined cycle, grid support, stand-by and peak shaving.
Combined Heat and PowerMany engine installations require heat recovery, whatever their applications. Our experience ranges from remote power supply to co-generation and tri-generation, with efficiency levels beyon 95% in climates ranging between the arctic freeze of Svalbard, and hot and humid Bangladesh. We support our customers delivering high efficiency power plants for district heating, industrial CHP, greenhouses and tri-generation.
Hybrid modeAt hybrid power plants, percentage of produced electricity typically varies between renewable energies, generating sets and energy storage. Our flexible and cost effective reciprocating engines are the perfect match to renewable energy. They are capable of fast and frequent starts and stops, and manage dynamic load response for grid balancing effortlessly.
Rolls-Royce business unit Power Systems overcame difficult market conditions in 2019 and again succeeded in growing against the trend to deliver a strong full-year result. Underlying revenue increased by 4% to £3.55bn (€4.04bn, all € figures are based on fixed exchange rates), coming in above the 4-billion-euro mark for the first time.
FRIEDRICHSHAFEN, GERMANYRolls-Royce business unit Power Systems overcame difficult market conditions in 2019 and again succeeded in growing against the trend to deliver a strong full-year result. Underlying revenue increased by 4% to £3.55bn (€4.04bn, all € figures are based on fixed exchange rates), coming in above the 4-billion-euro mark for the first time. Underlying operating profit grew by 15% to £357m (€407m), corresponding to an adjusted return on sales of 10.1% (up from 9.2% in 2018). Now generating 23% of overall revenue at British technology group Rolls-Royce, Power Systems remains its second largest business unit. “What stands out is that we have once again managed to strengthen the position of our MTU-brand products and solutions on a deteriorating market. That gives us a solid basis for further enhancing our profile as a provider of climate- and eco-friendly integrated drive and energy solutions. With them, we’re not only accelerating the energy turnaround, but consistently implementing our PS 2030 vision,” said Andreas Schell, CEO of Rolls-Royce Power Systems. Power generation becomes main source of revenue; marine revenue posts slight increaseThe rise in the global energy demand highlights more than anything else the urgent need for eco- and climate-friendly power generation. In 2019, energy solutions became the strongest revenue segment for the first time, accounting for 35% of adjusted sales (up from 30% in 2018). Marine sales posted only a slight increase, causing their share of total revenue to drop to 28% (from 29% in 2018). The share of revenue of drives for agricultural and construction machinery and rail applications decreased from 31 to 25%, with customers in 2019 using the engine stocks built up in 2018 prior to arrival of new emissions legislations. Defence technology business and other products account for 12% of revenue. New products are being increasingly demanded by customers in the context of complete system packages. “That shows that we’re on the right track with our strategic transformation from engine-maker to complete solutions provider,” pointed out Schell. Revenue from service activities and products increased by 4% across all segments, contributing some 33% of total revenue in the business unit. “All our financial figures point to a healthy business unit that has achieved profitable growth for three years in a row. With adjusted revenue passing the 4-billion-euro mark for the first time and the competitive edge we’ve gained, we can safely say that 2019 was a very good year for the business,” summed up CFO Louise Öfverström. The order book was £2.93bn (€3.44bn) at the end of 2019, just 5.6% below last year’s level. Among the drivers were major contracts sealed in the Far East, where Power Systems has entered into new markets. In 2020, growth of the Power Systems business unit is expected to be on the moderate side. The faltering economic conditions that defined the second half of 2019 will continue to be felt in the first half of this year and may still deteriorate – largely due to the consequences of the Covid-19 disease. Economic recovery in the second half of the year is still a possibility, however. “But achieving the business outcomes we want in 2020 is going to be a big challenge,” concluded Öfverström. Several measures are being enacted by the company to counteract the effects of weaker demand – increased use of instruments to make working time more flexible, stringent cost control and efficient management of current assets. FIT2X program for the future launched; location and employment guarantees extended to 2023A longer-term project is the ‘FIT2X’ program for the future, which prepares Power Systems for its new responsibilities as it continues to evolve as a provider of integrated solutions. “We find ourselves having to strike a balance between dealing with a deteriorating marketplace and achieving our breakthrough into new technologies,” said Louise Öfverström, who is responsible for the program. FIT2X is designed to facilitate both profitable growth and greater process efficiency, for example through digitalization. The flexible framework that needs is provided by the location and employment guarantees agreed in 2019 for the sites in Friedrichshafen. Another goal of FIT2X is to foster agility and a stronger sense of personal responsibility among staff in the business unit. Strategic review of Bergen EnginesEnsuring the ongoing development of the Power Systems business unit also involves constantly aligning its product portfolio and strategy. That is why the Bergen Engines subsidiary, which produces medium-speed gas and diesel engines for marine applications and power generation, is undergoing a strategic review. “We’ve arrived at the conclusion that Bergen Engines, with its highly attractive product portfolio, would develop more advantageously in a different setting to the Rolls-Royce Power Systems business unit,” explained Andreas Schell. From financial year 2020, Power Systems business results shall no longer include the figures for Bergen Engines. Energy turnaround and climate change solutions The new emphasis on eco-friendliness and climate neutrality will soon be reflected in the MTU product and solutions portfolio. “We’re taking an undogmatic approach to addressing the challenges of the energy turnaround and climate change and in doing so we’re open to all technologies,” emphasized Schell. “We’re developing an array of technologies that are preserving the environment and slow down global warming. We’ll also be combining them within our integrated solutions to make the drive power and energy that come from our systems as climate-neutral and eco-friendly as possible. We’re really stepping up our efforts here, and 2020 will be the first year in which the products we supply are not just powered by combustion fuels.” This summer shall see delivery of the very first battery container to a solar park in Brandenburg. Microgrid Centre of Excellence in BerlinBerlin-based Qinous, in which the company recently acquired a majority stake, is to become a Centre of Excellence for microgrids where staff from Berlin, Friedrichshafen, Augsburg and Ruhstorf unite all the expertise associated with the independent, eco-friendly power grids. Negotiations are already in progress with potential customers for microgrids, which integrate renewable energy sources and conventional on-site power generation with battery storage and smart control. Ecological hybrid and gas drives enter service Examples of climate-friendly products that are now commercially available are hybrid drive systems and gas engines. The MTU Hybrid PowerPack for railcars can harness the energy that is normally emitted into the environment during braking, store it in batteries and re-use it as drive energy. Fuel savings of up to 25% are possible, with quiet, emission-free travel possible in urban areas. The first series-produced system is scheduled for delivery to a customer in the United Kingdom in May. The first passenger ferry powered by MTU gas engines is to go into service on the Wadden Sea in Holland in May. And the first inland waterway ferry to be powered by an MTU gas engine is currently being assembled on Lake Constance for the City of Constance public utility company. Mobile gas engines boast zero particulate emissions and 80% lower NOx emissions than diesel engines. Research into hydrogen for Power-to-X Hydrogen technology occupies a central position in possible future scenarios for the business. “We firmly believe that hydrogen is one of the keys to the energy turnaround,” said Schell. It is vital, however, that the hydrogen is manufactured in a climate-friendly manner using renewable energy sources. Thus the company is engaged with partners on several projects for the climate-neutral manufacture of hydrogen as a basis for producing energy or synthetic gaseous or liquid fuels, also known as Power-to-X. “With these fuels, we can make diesel engine operation virtually climate-neutral and save resources at the same time,” said Schell. The direct use of hydrogen as a fuel is also a research and develoment topic at Rolls-Royce, with the Power Systems business unit currently examining applications for hydrogen fuel cells. A demonstrator equipped with several fuel cells derived from a cooperation with Daimler is being constructed on the Friedrichshafen site and is scheduled for completion by the end of 2020. Press photos are available for download from www.rrpowersystems.com/press For further information, please contact:
Christoph Ringwald Rolls-Royce Power Systems AG Phone: +49 7541 90-4350 E-mail: Christoph.Ringwald@ps.rolls-royce.com Wolfgang BollerRolls-Royce Power Systems AGPhone: +49 7541 90-2159E-mail: Wolfgang.Boller@ps.rolls-royce.com
The content of the press releases reflects the status as of the respective date of publication. They are not updated. Further developments are therefore not taken into account.
Rolls-Royce has completed manufacturing of the first of the new medium speed B36:45V20 gas engines at the Bergen Engines facilities in Norway.
Rolls-Royce has completed manufacturing of the first of the new medium speed B36:45V20 gas engines at the Bergen Engines facilities in Norway. Two generator sets have now been shipped to its new home in the Czech Republic, for the independent power provider C-Energy.The B36:45V20 engine is 14 metres long and 5 metres high, has a weight of 170 tonnes, and is the largest and most powerful medium speed engine that has been developed and manufactured by Rolls-Royce. It set a new standard in power and efficiency with exceptionally low fuel consumption and emissions of NOx, CO2, SOx and particulates.At 600 KW per cylinder the two 20-cylinder engines will extend C-Energy’s existing power plant with further 23 MWe. The extension of the gas fired plant is considered as an additional step towards a green future for the region and country where electricity and heat are still predominantly generated by coal-fired plants.Libor Dolezal, CEO of C-Energy said: “We decided to install the new type of Rolls-Royce’s largest engines to enhance the plant’s thermal capacity as part of our overall strategy to reduce heat and electricity production from coal and also to expand the energy business. Given our very good experience with four engines B35:40V20, we decided to install new types providing us both higher output and efficiency in cogeneration production. It is quite exciting being the very first customer of this new type of engine, the largest one in the Rolls-Royce portfolio of medium speed engines.”The existing 37 MWe power plant of C-Energy, located in the in Planá nad Lužnicí roughly 100 kilometers southeast of the capital Prague, was reconstructed in the beginning of 2015 with four B35:40V20 gas engines from Rolls-Royce. At this time, this was the first natural gas power plant based on medium-speed gas engines in the South Bohemian Region of the Czech Republic.With the extension, the gas engines of the power plant will, from the end of 2019, deliver a total of 60 MWe electricity and heat for companies and homes in the nearby town of Tabor/Sezimovo Ústí. Rolls-Royce and C-energy has an agreement for a new service contract.For further information, please contact:Merethe FjeldstadBergen Engines AS, Rolls-Royce Power SystemsTel: +47 913 72 128Email: firstname.lastname@example.org
Rolls-Royce has commissioned a Microgrid Validation Center for its MTU product and solution brand.
Rolls-Royce has commissioned a Microgrid Validation Center for its MTU product and solution brand. Some 5 million euros have been invested in the center, which is located at the Friedrichshafen headquarters of the Rolls-Royce business unit Power Systems. Close-to-reality simulations of microgrids of various dimensions and configurations are to take place there. Microgrids are small-scale local power networks in which various energy sources and storage systems e.g. solar cells, wind turbines, batteries, and diesel or gas-powered generator sets are integrated by means of a smart master controller. “Microgrids are indispensable to the energy turnaround because they reduce carbon emissions and use renewables in an eco-friendly way, yet still offer top levels of energy security,” said Andreas Schell, CEO of the Rolls-Royce Power Systems business unit. For many operators of on-site power networks – businesses and public utilities, as well as remote mines or large-scale farms – a microgrid is the ideal solution because it allows full or partial independence from the public grid. The green energy generated by the microgrid can also be fed into the public grid. “The microgrid has a special significance for our company,” pointed out Schell. “It's a symbol of our evolution from engine manufacturer to provider of integrated solutions. We've moved far beyond the realm of the engine and now have the capabilities to supply complete system packages and cover all their operational service needs.” Rolls-Royce also runs its own microgrid at MTU Plant 1 in Friedrichshafen. This microgrid consists of photovoltaic panels with 500 kW peak power capacity installed on the roofs of the Validation Center and a neighbouring factory building, as well as gas-powered gensets, one diesel genset, and the new MTU battery container with 2 MW capacity developed in-house. “The battery container provides a resilient store of energy from renewables and is basically the center of the microgrid. The smart controller, which we also developed in-house, determines which source of energy is best to use in terms of cost at any given time so that savings are maximised,” explained Cordelia Thielitz, Vice President Microgrid division. Rolls-Royce can now generate by itself most of the power needed by MTU Plant 1 and also recovers waste heat emitted by the engines. That reduces CO2 emissions by several hundred tons per year. These components also form an integral part of the Validation Center, where the function of microgrids individually configured to suit customer requirements can be demonstrated. Special transformers, invertors and switchgear in the new building simulate the function of other energy sources that can be integrated into a microgrid. “This enables us to configure microgrids of various dimensions, capacities and layouts for our customers and show how they will function – also in relation to the wind and sun conditions prevailing at the ultimate location,” explained Armin Fürderer, director of customized energy solutions. The Validation Center capabilities reflect the diverse portfolio of MTU microgrids, which includes battery containers with capacities ranging from 50 kWh (sufficient for 50 machine washes) to 2 MWh (roughly the yearly power requirement of a single-person household). “You can increase the capacity of your microgrid more or less as you wish, by using, for example, several battery containers, a bigger photovoltaic installation, or by adding on wind turbines and larger or extra generator sets,” explained Fürderer.“We've recognized that the market is ready and waiting for this type of power generation,” said Andreas Schell. “Rolls-Royce isn't jumping on the bandwagon here – it's actively shaping the market. Our unrivalled engine expertise along with our high-tech capabilities in drive and energy systems have put us in a very strong position on the market. And we're getting plenty of enquiries now for customers seeking tailor-made microgrid solutions, which shows we've got it right. We're proud to have the Validation Center, which helps us serve our customers even better in their need for individual solutions,” said Schell. Rolls-Royce is currently setting up another proprietary microgrid at its MTU facility in Aiken (South Carolina) which will cover the plant's electrical power demand using regenerative energy sources and make it less dependent on the public grid.Press photos are available for download from www.rrpowersystems.com/pressFor further information, please contact:Wolfgang BollerRolls-Royce Power Systems AGPhone: +49 7541 90-2159E-mail: email@example.com
115 apprentices and sandwich course students will start their training with the Power Systems business unit of Rolls-Royce this autumn, 84 of them at the company’s Friedrichshafen location.
115 apprentices and sandwich course students will start their training with the Power Systems business unit of Rolls-Royce this autumn, 84 of them at the company’s Friedrichshafen location. In addition to the very popular training programmes enabling apprentices to qualify as industrial mechanics or mechatronics technicians, this year sees the first apprentices and students entering the company to start on their professional careers as future computer scientists.“We’re looking forward to helping these young adults get off to a good start in their careers,” says Martin Stocker, Head of Training, and adds: “In future, we intend to train the qualified specialists we need in the company ourselves. An important field for us, for example, is computer science, and we have therefore included this subject in our range of training programmes. After all, a million euros have been invested in training and a new training workshop has been added, which we will be officially opening this year.”Centenary celebration for apprenticesRolls-Royce is celebrating 100 years of MTU training in Friedrichshafen this year. The opening event to mark the start of this centenary year was held earlier in April and was organised by the apprentices themselves. Now it was their turn to celebrate with a surprise party on board the ‘MS Vorarlberg’ – powered by two MTU Series 2000 engines – on Lake Constance.No less than 230 former and new apprentices, instructors and invited guests sailed off together into the start of the next 100 years of training. “This surprise event is an expression of thanks to the young people who worked mainly behind the scenes at previous events and this time take centre stage,” said Deputy Chairman of the Works Council, Achim Zinser, paying tribute to the highly motivated apprentices.“The celebration is a great opportunity to literally take the new apprentices on board and to develop the kind of team spirit we need right from the word go,” said Patrick Müller, HR Director for Power Systems EMEA.International trainingAt three other German locations of the Power Systems business unit – Magdeburg, Augsburg and Ruhstorf – there are twelve apprentices about to start their careers. But training is also very important internationally. In Bergen (Norway), for example, thirteen young people have taken up training or are beginning their studies, and at locations in the USA, there are six.In total, Rolls-Royce provides training in thirteen industrial and commercial professions, and offers five sandwich courses. With at least one apprentice in each field, we have in this centenary year what is perhaps the most diverse group of young people at the start of their careers ever.Press photos are available for download from www.rrpowersystems.com/pressFor further information, please contact:Wolfgang BollerRolls-Royce Power Systems AGPhone: +49 7541 90-2159E-mail: firstname.lastname@example.org
Rolls-Royce intends to support research into green fuels in the Lausitz region of eastern Germany together with the State of Brandenburg, Brandenburg University of Technology Cottbus and other industrial partners. This has been agreed by those involved in a letter of intent that was signed by Andreas Schell, CEO of Rolls-Royce Power Systems, on behalf of Rolls-Royce.
Rolls-Royce intends to support research into green fuels in the Lausitz region of eastern Germany together with the State of Brandenburg, Brandenburg University of Technology Cottbus and other industrial partners. This has been agreed by those involved in a letter of intent that was signed by Andreas Schell, CEO of Rolls-Royce Power Systems, on behalf of Rolls-Royce. The letter of intent was presented by the Federal Minister for the Environment Svenja Schulze and Brandenburg’s Minister-President Dietmar Woidke on 16 August in Cottbus.The intention is to set up a power-to-x competence centre at the Brandenburg University of Technology Cottbus-Senftenberg and to construct a demonstration plant for the production of synthetic fuels and chemical substances using electric power generated in photovoltaic and wind power plants. As a former coal and chemical region, the Lausitz region has a wealth of expertise available that can be used to set up a power-to-x competence centre.“Synthetic fuels are a decisive factor in energy transition and the use of renewable energies. They are an essential element in the urgently needed sector coupling – the close interconnecting of the individual parts of the energy system, such as electricity and mobility, for example, in addition to heating and cooling. In other words, we will be electrifying the entire system for propulsion and energy purposes, including the fuel, by producing it with renewable energies in a climate neutral manner,” said Schell.Dr. Petar Pelemis, Head of Strategy and Product Management at the Rolls-Royce Power Systems business, emphasised: “Power-to-x fuels not only replace fossil fuels, they can also be easily stored and transported. With such fuels, we will be able to provide propulsion and power generation on a CO2 neutral basis, as we outlined in our Green and High-Tech programme under the heading decarbonisation.” On the one hand, Rolls-Royce is interested in using synthetic fuels in gas and diesel engines and in aircraft engines, on the other hand it also wishes to contribute its experience and expertise to the project as a provider of complete power generation solutions.Operating a future power-to-x demonstration plant is a way of obtaining information on the use of synthetic fuels for mobility on land, water and in the air, and on the generation of heat and power, and what the carbon footprint of such a process looks like.Other signatories to the letter of intent include the German Aerospace Center (DLR), the chemical company BASF, the Lufthansa Group and the electrolysis specialist Sunfire.Brandenburg and Rolls-Royce share a long-standing partnership. In July of this year, Rolls-Royce Germany presented details of its collaboration with the Brandenburg University of Technology Cottbus-Senftenberg on the research and development of hybrid–electric power and propulsion systems for the aviation sector.Press photos are available for download from www.rrpowersystems.com/pressFor further information, please contact:Wolfgang BollerRolls-Royce Power Systems AGPhone: +49 7541 90-2159E-mail: email@example.com
Power Systems business unit, with its core brand MTU, will present itself more clearly in future as an integral part of the British Rolls-Royce engineering group.
The Rolls-Royce Power Systems business unit, with its core brand MTU, will present itself more clearly in future as an integral part of the British Rolls-Royce engineering group. A new brand architecture is currently evolving, which will be visibly implemented as of autumn with the launch of the new MTU website. The new, clear brand structure will support the PS 2030 strategy of the Power Systems business unit and the global growth path. Rolls-Royce will be the corporate brand and the employer brand. Consequently, the companies within the business unit that include MTU in their names will be given a new designation. MTU, as the brand name customers are familiar with, will continue to be used to identify the company’s products and solutions. The current MTU Onsite Energy brand for decentralised power supply systems will be integrated into MTU.One of the first visible steps to be taken will be the renaming of four operating companies, which manufacture products and solutions: MTU Friedrichshafen GmbH will thus become Rolls-Royce Solutions GmbH in autumn 2019. This will be followed by MTU America Inc., which in future will operate as Rolls-Royce Solutions America Inc. Today’s MTU Onsite Energy GmbH in Augsburg will become Rolls-Royce Solutions Augsburg GmbH and MTU Onsite Energy Systems GmbH in Ruhstorf will be renamed Rolls-Royce Solutions Ruhstorf GmbH. The remaining subsidiaries will successively be given new designations based on the above examples. The products of Bergen Engines will also be part of the new brand architecture.“The new brand architecture will provide clarity and improve the recognition of our company and its products,” said Andreas Schell, CEO Rolls-Royce Power Systems. “Our new profile is a clear commitment to Rolls-Royce, as its second largest business unit. By the same token, Rolls-Royce is committed to our MTU brand, which is something we are proud of,” Schell added.The new brand profile will be visible with the launch of the MTU brand’s new website in autumn of this year. Additionally, company employees will be given e-mail addresses with the domain suffix &at;rolls-royce.com, plus new working clothes that will emphasise the affiliation of the MTU brand with Rolls-Royce.Press photos are available for download from www.rrpowersystems.com/pressFor further information, please contact:Christoph RingwaldRolls-Royce Power Systems AGPhone: +49 7541 90-4350E-mail: firstname.lastname@example.org
Rolls-Royce has signed a contract with EPC contractor TTS Martin, s.r.o. for the supply of a 28 MWe power plant for state-owned utility Martinska teplarenska, a.s. in Slovakia.
Rolls-Royce has signed a contract with EPC contractor TTS Martin, s.r.o. for the supply of a 28 MWe power plant for state-owned utility Martinska teplarenska, a.s. in Slovakia. The plant will be equipped with three Rolls-Royce Bergen B35:40V20AG2 natural gas engines and four hot-water boilers, replacing their entire existing coal operation. As well as electricity, the engines and boilers will supply over 28 MW of heat to most of the 60,000 population of the cities of Martin and Vrutky. The upgrade of the district heating plant is part of Martinska teplarenska’s strategy towards green, sustainable power supplies and the winding-down of their coal operations. They made a strategic decision to invest in gas-fuelled reciprocating engines and gas boilers as a more long-term solution than exhaust gas aftertreatment systems to reduce the emissions given off by coal-fired power plants. The B35:40 gas series meets the increasingly stringent emissions requirements, with exceptionally low emissions of NOx, CO and UHC combined.“Martinska teplarenska heating plant is currently using mainly low-quality lignite for heat production – which is both low-output and non-ecological. Especially in the conditions prevalent in the Martin region – which is surrounded by mountains and unable to dispel pollution – it is crucial to look for the most effective, most ecological solutions for heat and power production. For TTS Martin, as a specialist in combined heat and power plants using internal combustion engines, Rolls-Royce Bergen gas engines represent exactly this type of modern, green solution, and therefore we are very pleased to be working with Rolls-Royce on this project,” said Ondrej Korec, CEO of TTS Martin, a.s.The new Martinska teplarenska plant is planned to go into commercial operation at the beginning of 2020, and will be Rolls-Royce’s second power plant using B35:40 Bergen gas engines in Slovakia. The first will under commissioning in May 2019, generating a total of 37 MWe of heat and power for district heating company Teplaren Kosice, a. s.Since Rolls-Royce supplied its first medium-speed gas engine in 1991, Bergen engines have logged millions of operating hours across a broad span of applications and environments. Some 300 B35:40 gas engines are currently in operation in power plants across the world. Rolls-Royce medium-speed engines are designed flexibly for different operating modes, and can be used to generate base-load, peak power or operate in combined cycles. By utilizing hot water from the engines, the plant will be used for district heating in the surrounding area. Heat from the engines can also be used to produce steam in the heat recovery steam generators in order to supply industrial customers if required.Press photos are available for download from www.rrpowersystems.com/press For further information, please contact:Merethe FjeldstadBergen Engines ASPhone: +47 91372128E-mail: email@example.com
At today's meeting, the Supervisory Board of Rolls-Royce Power Systems AG agreed on extending the contracts of President and CEO Andreas Schell alongside CFO and HR Director Marcus A. Wassenberg. Both contracts were extended until December 2022.
At today's meeting, the Supervisory Board of Rolls-Royce Power Systems AG agreed on extending the contracts of President and CEO Andreas Schell alongside CFO and HR Director Marcus A. Wassenberg. Both contracts were extended until December 2022. “The Board of Directors at Rolls-Royce Power Systems has jointly stabilized business operations significantly over the past years to make this organization fit for the future. The recently published figures for fiscal 2018 are proof positive of this upturn,” said Axel Arendt, Chairman of the Supervisory Board. “In bringing the RRPS 2018 transformational change program to a successful conclusion, management and workforce have laid the cornerstone for the PS 2030 Strategy. Initial successes are already clearly visible. We can now continue steadily on our charted course under the ongoing aligned direction of the Board of Management,” he added. “We're naturally delighted by the confidence the Supervisory Board has expressed in us based on our efforts to date,” commented CEO Andreas Schell. “The PS 2030 Strategy isn't intended to just have an impact in ten years' time. We're already working ceaselessly – and successfully – on making the leap from engine manufacturer to turnkey solution provider. Marcus Wassenberg and I are very grateful to be able to steadily develop the company as a whole step by step. And I'm very pleased that we can continue down our chosen path with the same lineup,” he continued. “The PS 2030 strategy aims at remodeling our whole corporate culture to make jobs at Rolls-Royce Power Systems more digital, switched on and secure,” said CFO Marcus A. Wassenberg. “Andreas Schell and I, myself, are here to manage a steady progression along the road to success for the benefit of the company and the people who work here. It is as challenging as exciting to take on our tasks jointly and in close cooperation with the Executive Leadership Team (ELT). ” Andreas Schell has been on the Board of the Friedrichshafen-based engine manufacturer since January 2017, whilst Marcus A. Wassenberg has held office at the global player, best known for its core brand MTU, since January 2015.
Press photos are available for download from www.rrpowersystems.com/pressFor further information, please contact:Christoph RingwaldRolls-Royce Power Systems AGPhone: +49 7541 90-4350E-mail: firstname.lastname@example.org
Rolls-Royce's Power Systems division put in another excellent performance in 2018, with adjusted revenue up 15 % to a record GBP 3.5 billion or EUR 3.9 billion (2017: GBP 3.0 billion / EUR 3.4 billion), and adjusted profit climbing to GBP 317 million (EUR 358 million), equivalent to an adjusted return on sales of 9,1 %.
Rolls-Royce's Power Systems division put in another excellent performance in 2018, with adjusted revenue up 15 % to a record GBP 3.5 billion or EUR 3.9 billion (2017: GBP 3.0 billion / EUR 3.4 billion), and adjusted profit climbing to GBP 317 million (EUR 358 million), equivalent to an adjusted return on sales of 9,1 %.“Not only did we benefit from strong demand for our products due to the favorable state of the global economy, we are now also reaping the rewards of our hard work on the transformational change program which has made us significantly more profitable,” said Andreas Schell, CEO of Rolls-Royce Power Systems AG and Head of the Power Systems Division, at the presentation of annual results for 2018. “Our streamlined, updated product and service portfolio is being very well received by customers.”Of the three divisions that make up Britain's Rolls-Royce plc, Power Systems is the number two revenue earner. The Power Systems order book of GBP 3.1 billion (EUR3.6 billion) at the end of 2018 was 28 % above previous year.All segments contributing wellEach of the division's business segments reported good sales figures, some extremely good. Marine sales were 12% ahead, with sales of Industrial drive systems up a full 40%. Powergen revenue grew by 5%, making it the only segment with a lower rate of growth than in 2017, a year that saw unusually high increases.Subsidiary Bergen Engines in Norway has turned the corner and is now also a successful player in the stationary power generation market. For the first time, it produced more engines for power generation applications than for ship propulsion.Demand for nuclear power remains high. With its range of small modular reactors, Civil Nuclear has a solution promising long-term export potential following its launch in the UK.Transformation forms solid base“With our RRPS 2018 transformational change program, we have fundamentally revamped the division's cost structure, for example by eliminating a good quarter of product variants at a stroke,” said Marcus A. Wassenberg, Chief Financial Officer and Chief Human Resources Officer at Rolls-Royce Power Systems AG. At the same time, the organization and structures have been moulded to current requirements and aligned steadily to the needs of customers.“This has not only produced favourable results in 2018, but has also created a robust, forward-looking corporate structure for the longer term, which we will be using to implement the PS 2030 strategy,” Wassenberg continued.Unswerving implementation of PS 2030The company is looking to lever its 2018 successes as it presses ahead with the new PS 2030 strategy, transforming itself from an engine manufacturer to a supplier of integrated solutions.“2018 is proof-positive that we are on the right track with the move to hybrids and electrical drive components, with gas engines and with digitalization, adding new technologies to our portfolio,” said Andreas Schell. At the rail industry trade fair Innotrans, for example, we signed memoranda of understanding with several international customers for hundreds of Hybrid PowerPacks sold under the core MTU brand.Microgrids: integrated energy solutionAnother total solution for customers are microgrids. These autonomous electricity grids intelligently pull together a variety of conventional and renewable energy sources in a single network, providing power supplies to stand-alone installations such as mining operations or data centers. The company is presently building a validation center in Friedrichshafen for entire turnkey systems which the company plans to offer major industrial customers and other large-scale consumers. Power generated by combustion engines remains an important element of this. “The engine will always be one of our core competencies. But it is increasingly becoming one part of a total solution,” said Schell. The newly developed battery container, another integral part of a microgrid, is more than a new product in the MTU family – it is also a symbol of the company's renewal.Smart service solutionsAs a solution provider, Rolls-Royce Power Systems also intends to step up its activities in the operation of sophisticated power delivery and power generation systems. “Service will continue to gain importance. Over a third of revenue currently comes from maintenance, spare parts and services – and that figure is rising,” said Schell. Rolls-Royce Power Systems is working on a new range of digital service products, using state-of-the-art technology to capture, transmit and analyze key operating data. Founded in Spring 2017, the company's Digital Solutions unit has launched a number of digital products such as the MTU Go!Act smartphone app and the MTU Go!Manage web application, and has currently networked around 300 MTU PowerPacks in Hitachi express trains in the United Kingdom. Levering off what are now a total of five Customer Care Centers around the world, Rolls-Royce Power Systems is continuously growing its digital service offering to customers.Digital Solutions is managing projects such as “Service of the Future” and the “Digital Twin” program, in which a virtual image of a real engine is created and constantly updated with operating data in order, for example, to be able to predict maintenance needs more efficiently and more accurately.Partnering with successAnother element of the PS 2030 strategy is to expand together with partners in a way that would scarcely be possible acting alone. “We are increasingly entering into partnerships – in different geographies and on different issues. Our intention is to grow with our partners,” said Schell. This includes joint ventures with partners in China and India to build engines and generator sets, and also with an eye to tapping into new markets. Other partnerships are helping Power Systems make the transition to being a solution provider, for example the company's acquisition of a strategic stake in Berlin start-up Qinous, which focuses on energy storage and control solutions, the key technologies used in microgrids.The new strategy is set to bring about lasting change in the division, including the new career streams and job activities on offer. “We need to prepare our employees on the challenges of digitalization and electrification. In future jobs at Rolls-Royce Power Systems will be more modern, more flexible and more digitized. This year, around 100 existing engine developers are to be retrained as electrical specialists. Additionally we will offer new vocational trainings with focus on information technology,” says Marcus A. Wassenberg, also being Chief Human Resources Officer.
Press photos are available for download from www.rrpowersystems.com/press For further information, please contact:Christoph RingwaldRolls-Royce Power Systems AGPhone: +49 7541 90-4350E-mail: email@example.com
Rolls-Royce is developing several new digital solutions that will revolutionize the way its customers manage their power plants with medium speed Bergen engines.
Rolls-Royce is developing several new digital solutions that will revolutionize the way its customers manage their power plants with medium speed Bergen engines. One of these is the new Rolls-Royce Equipment Monitoring concept; a generic end-to-end platform for secure collection, transfer, storage, and analysis of engine data.“We believe that our customers should be able to manage their power plant equipment from anywhere in the world. Our Remote Monitoring concept is an example of how we are getting closer to that reality, where our customers can get insight to vital information in real-time,” said Rob Borneman, Head of Service Agreements and Sales in Bergen Engines, part of Rolls-Royce Power Systems.More and more power plants across the world are going online with the new Rolls-Royce remote monitoring tool, which has been operational for testing for more than a year. By detecting anomalies on mission critical components at an earlier stage, it gives power plant operators the ability to avoid unnecessary downtime and reduce costs.If the plant operators need technical support, they have access to first-hand advice from Rolls-Royce specialist engineers who further analyse the data. Furthermore, if the customer activates RemoteAccess, the service team can remotely change operational parameters, fine-tune the engine and optimise its performance. This will not only ensure faster troubleshooting and reduced downtime, but also reduce costs for the plant operator by not having to send a service engineer to the site.“Following this, the next step is to detect and address problems before they occur. Large data sets from power plants are already being analysed using machine learning, and lessons learned will be deployed to improve the plant’s performance and reduce further downtime,” Rob commented.Rolls-Royce is also investing in Virtual Reality. In the coming years, customers and Rolls-Royce technical support teams will be able to meet in a virtual control room from anywhere in the world. The first Virtual, Augmented and Mixed Reality prototype has been developed, showing their medium speed engines’ digital twins in real time.Press photos are available for download from www.rrpowersystems.com/pressFor further information, please contact:Merethe Fjeldstad Bergen Engines ASPhone: +47 913 72 128E-mail: firstname.lastname@example.org
Rolls-Royce will be presenting power plant solutions based on medium
speed engines on stand #2211 at the
PowerGen International in Orlando from 4 to 6 December 2018.
Rolls-Royce will be presenting power plant solutions based on medium speed engines on stand #2211 at the PowerGen International in Orlando from 4 to 6 December 2018.
Since Rolls-Royce delivered its first medium speed gas engine in 1991, the Bergen engines have logged millions of operating hours in a broad range of applications in both land and marine environments. The current portfolio consists of the small and flexible C26:33 (1,4-2,4 MW), the well proven B35:40 (3,9-9,6 MW), and the new and modern B36:45 (3,5-12 MW) gas engines.
“Our new and modern B36:45 gas engines build on the success of the B35:40-series and offers a variety of new benefits to our customers. Power output has been increased with 20 percent up to roughly 12 MW, it has low life cycle costs, and offers up to 50 per cent efficiency. Hence, the engines also have exceptionally low fuel consumption and emission levels. We believe the new series is truly engineered for the future, and it’s a pleasure that we’re now introducing it to the American market,” said Markku Aspholm, Director Americas, in Bergen Engines AS, which is a part of Rolls-Royce Power Systems.
All the Rolls-Royce medium speed engines come in numerous configurations and are applicable for different operational modes. This includes baseload, grid balancing and peaking, and thus perfect to support variable renewable energy sources in hybrid systems. Multiple units arranged in modular power plants in the range 20MW-1GW provide the required flexibility whilst ensuring economical operation at any power plant output level.
Designed to run with air excess ratio around 2.0 and above, the engines have excellent capability to meet quick and frequent load changes, which is essential for island-mode operation, such as isolated operation of microgrids. Start times of 3 minutes from start command to rated power output have been committed to, using the B35:40V20AG2 genset.
By utilising the engine’s waste heat, in combined cycle or CHP, total efficiency can reach over 95%. This is currently used extensively in district heating applications or trigeneration applications, where heat is used locally and the electrical power is either consumed locally in a micro grid or exported to the national grid.
A medium speed power plant can be built anywhere, and is tailored to meet the specific requirements in every case due to its versatile building blocks. Rolls-Royce offers modular and flexible power plant arrangements that have been developed over many years based on experience from a vast range of operating conditions from very low to very high ambient temperatures (-50C to +50C), and from very dry to tropical conditions.
Rolls-Royce’s power plant solutions enables the energy transition towards a greener future, with economical and reliable balance and backup power to the grid, or as the back-bone of microgrids.
Press photos are available for download from www.rrpowersystems.com/press
For further information, please contact:Merethe Fjeldstad Bergen Engines ASPhone: +47 913 72 128E-mail: email@example.comSilke RockensteinRolls-Royce Power Systems AGTel: +49 7541 90-7740Email: Silke.Rockenstein@rrpowersystems.com
Rolls-Royce has signed a contract with C-Energy to extend their power
plant installed capacity with further 23 MWe.
Rolls-Royce has signed a contract with C-Energy to extend their power plant
installed capacity with further 23 MWe. The delivery includes two gas-fired
gensets based on the new 20 cylinder Rolls-Royce medium speed V-engine, B36:45,
that was launched at the Power Gen Asia in September this year. Rolls-Royce
will also be supplying long term services for the new engines.
The new B36:45 engine series set a new standard in power and efficiency
with exceptionally low fuel consumption and emissions of NOx, CO2, SOx and
particulates. At 600 kW per cylinder it offers a 20 per cent increase in power
per cylinder compared to its predecessor, the B35:40. The V20 is the largest
variant available with an electrical output of 11,8 MWe.
“Our new range of medium speed gas engines builds on the success of the
B35:40-series and offers a variety of new benefits to our customers. With a
completely new modular architecture, numerous configurations, fuel flexibility,
and low life cycle costs, we believe it is truly engineered for the future,”
said Jeff Elliott, Managing Director of Bergen Engines AS, which is part of
Rolls-Royce Power Systems.
“The first 6- and 9-cylinder in-line units of the new gas engine series
will go into operations later this year, and it is a pleasure that we have now
signed the first contract for the V20 with C-Energy, whom already have four of
our B35:40 engines installed.”
The existing 60 MWe power plant of C-Energy was reconstructed in the
beginning of 2015 with four B35:40V20 gas engines. At this time, this was the
first natural gas power plant based on medium-speed gas engines in the South
Bohemian Region prepared to supply heat and power to the local grid. Due to low
coal prices however, electricity and heat in the region is still predominantly
generated by coal-fired plants. Hence, the extension of the gas fired plant is
considered as an additional step forward towards a green future for the region
With the extension, the power plant will, from the end of 2019, deliver a
total of 83 MWe electricity and heat for companies and homes in the nearby town
of Tabor/Sezimovo Ústí roughly 100 kilometers southeast of the capital Prague.
“Delivery of four Rolls-Royce engines among other investments helped to
transform the old coal fired central heating plant into a modern power plant in
2015. Nowadays we not only supply power to the grid and heat to industrial
customers and municipalities but also provide auxiliary services to the high
voltage grid. The supply of brand new Rolls-Royce engines will enable the plant
to increase its flexibility, to provide wider range of services and hence
remain competitive on the pan European energy market,” says Ivo Nejdl, Director
and co-owner of C-Energy.
The Rolls-Royce medium-speed engines will enable C-Energy to operate the
plant efficiently, both in terms of cost and time. Both the B35:40 and the new
B36:45 medium speed gas engines are flexibly designed for different operating
modes. They can be used to generate base-load or peak power or can operate in combined
cycle. The heat from the engines can be used to generate steam in the heat
recovery steam generators, and the steam is supplied to industrial customers
for their technological needs. The power plant can also be used for district
heating by utilizing hot water from the engines.
The engines quick-start capability means the engines can ramp up to their
rated load within five minutes, giving the plant access to the amount of power
and heat needed within just a short space of time. In addition the new engines
will be certified to provide primary and secondary grid regulation.
Press photos are available for
download from www.rrpowersystems.com/press
For further information, please contact:
Bergen Engines AS
Phone: +47 913 72 128E-mail: firstname.lastname@example.org
RockensteinRolls-Royce Power Systems AGTel: +49 7541 90-7740
Rolls-Royce has today launched a V-line version of the new B33:45 liquid
fuel and B36:45 gas engine series.
Rolls-Royce has today launched a V-line version of the new B33:45 liquid
fuel and B36:45 gas engine series. This completes the new engine family,
following the launch of the first variants three years ago.
“This is an important milestone for us. The new V-Engine series is truly an
outstanding product and we believe that the new platform confirms Rolls-Royce’s
position as a global provider of some of the world’s most efficient power
plants,” said Peter Headland, Head of Customer Business at Bergen Engines AS,
which is part of Rolls-Royce Power Systems.
“The Powergen market is a very important part of our business. Over the
last two years we have increased our customer base significantly, both in Asia
and the rest of the world. We believe this new power plant platform will be in
high demand, especially in the Asian market where many of our customers have
access to LNG or natural gas. The B36:45V gas engines are perfect to support
variable renewable energy sources in hybrid systems like micro grids.”
The V-line will consist of 12, 16 and 20 cylinder, while the inline
platform is available in 6, 8 and 9 cylinder. At 600 KW per cylinder the new
engines offer a 20 per cent increase in power per cylinder compared to their
predecessors. In addition, the engines set a new standard in power and
efficiency with exceptionally low fuel consumption and emissions of NOx, CO2,
SOx and particulates.
"Our medium speed engine range is renowned for its robust design and
high reliability. The new engine builds on and improves our existing
capabilities, with a completely new modular architecture. This makes for an
engine family that is truly engineered for the future, with numerous
configurations, multiple fuel options, and low life cycle costs," said
Leif-Arne Skarbø, Chief Technology officer at Bergen Engines AS.
With a modular design, the B33:45 liquid fuel and B36:45 gas engines will
share the same core components. This allows for fuel conversion between gas and
liquid fuels with minimal downtime, and will create a very flexible platform
for customers. This is especially beneficial in countries with transitioning
The new engine is applicable for different operational modes. This includes
baseload, grid balancing, load following and peaking. Waste heat and CO2 can
also be efficiently used for industrial processes, district heating, air
conditioning, or to drive a combined cycle.
The B36:45V20 will be the first variant available in the new V-series. The
very first two engines are planned to be installed as an extension to an
existing Rolls-Royce 37 MWe combined heat and power plant in Czech Republic.
With the extension, the power plant will, from the end of 2019, deliver 60 MWe
electricity and heat for companies and homes in the nearby town.
For more information about the new V-Engines, visit our stand #L02 at the
PowerGen Asia. There will be a technical presentation on Wednesday 19 September
at 10:00 a.m. Please also visit our launch site https://bergen.rolls-royce.com/B3X45/index.html
For further information, please
Merethe FjeldstadBergen Engines AS, Rolls-Royce
Power SystemsTel: +47 913 72 128Email: email@example.com
Rolls-Royce has signed contracts for five greenhouse projects in Belgium
and Netherlands to be powered by the new B36:45 L6 and L9 gas engines.
Rolls-Royce has signed contracts for five greenhouse projects in Belgium and Netherlands to be powered by the new B36:45 L6 and L9 gas engines. These engines set a new standard in power and efficiency with exceptionally low fuel consumption and emissions of NOx, CO2, SOx and particulates. It offers a 20 per cent increase in power per cylinder compared to existing engines in the Rolls-Royce medium-speed range. The engines are produced at Bergen Engines AS, which is part of Rolls-Royce Power Systems.
Jeff Elliott, Managing Director of Bergen Engines said: “The B36:45 engine is defined by our customers and embodies over 70 years’ engine experience in a modern package. Our early sales success with this new generation of gas engines is a positive sign that it’s being well received in the market.”
The contracts comprise a total of seven engines which will provide heat and power to both new and existing greenhouses. Customers include MTS de Jong Francke in Holland, and VW Tuinderijen, Tuinbouwbedrijf Marc Pittoors (T.B.M.P), Tomato Masters and Tomw@tt in Belgium.
Marc Pittoors, CEO of T.B.M.P said: “For our tomato producing company, three factors were crucial in taking this decision: best electrical efficiency in the market, Rolls-Royce’s expertise with gas engines since the early 90’s being a pioneer in lean-burn technology, and optimum heat balance.”
Rolls-Royce will be supplying and installing the complete CHP systems for the five greenhouses, consisting of generating sets, sound enclosures, exhaust gas systems including SCR and heat recovery systems, and control and protection systems.
The electrical power produced will primarily be used for greenhouse grow lights or exported to the regional grids. Heat extracted from the exhaust gas and the engine’s cooling water system will provide heating, and cleaned CO2 from the engines will be injected into the greenhouses to boost plant growth. In total, the technology achieves efficiency levels of more than 96 per cent.
All five projects will be handed over to customers in 2018 and will be covered by long-term service and maintenance agreements with Rolls-Royce.
For further information, please contact:
Merethe FjeldstadBergen Engines ASTel: +47 913 72 128Email: firstname.lastname@example.org
Silke RockensteinRolls-Royce Power Systems AGTel: +49 7541 90-7740Email: Silke.Rockenstein@rrpowersystems.com
has signed a contract with EPC contractor Energyco for the supply of four
gensets to a cogeneration plant in Kosice, Slovakia.
BERGEN, NORWAY – Rolls-Royce has signed a contract with EPC contractor Energyco for the supply of four gensets to a cogeneration plant in Kosice, Slovakia. Based on the medium speed gas engine B35:40V20AG2, the plant will generate a total of 37 MWe heat and power for the district heating company Teplaren Kosice a.s. The contract will also include a service agreement for 5 years. The engines are produced at Bergen Engines AS, which is part of Rolls-Royce Power Systems.
“We have been working closely with Rolls-Royce for this project for more than a year. One of the critical parameters required by TEKO was 3 minutes start to full load to comply with Slovakian grid support service. This was new for us and we appreciate that Bergen Engines could commit to these requirements,” said Lubomir Fejko, Energyco Project & Site Manager.
The medium speed engines from Rolls-Royce are flexibly designed for different operating modes, and can be used to generate base-load, peak power or operate in combined cycle. Already three minutes from start, the engines can operate with 100 per cent load to the rated speed of 750 rpm, and are in this aspect well suited to balance changes in the grid parameters. Furthermore, by utilizing hot water from the engines, the plant will be used for district heating for the region. Heat from the engines can also be used to generate steam in the heat recovery steam generators, to supply industrial customers.
“Cogeneration plants based on our medium speed gas engines are a reliable alternative to coal-based plants and significantly more environmentally friendly. In addition, the engines’ flexibility will enable Teplaren Kosice to operate efficiently, both in terms of cost and time”, said Jeff Elliott, Managing Director of Bergen Engines.
This will be Rolls-Royces first delivery of medium speed reciprocating engines to Slovakia, complimenting the installed base of 96 MWe in central Europe. The plant is scheduled to be commissioned early 2019.
Press photos are available for download from www.rrpowersystems.com/press
For further information, please contact:
Merethe FjeldstadBergen Engines ASPhone: +47 913 72 128Email: email@example.com
Silke RockensteinRolls-Royce Power Systems AGPhone: +49 7541 90-7740E-mail: firstname.lastname@example.org
“Rolls-Royce Power Systems delivered a strong performance in the
financial year just ended and has held its ground well against the
competition,” CEO Andreas Schell said during a press conference on the
financial results for the year 2017 on 7 March in Friedrichshafen.
FRIEDRICHSHAFEN – “Rolls-Royce Power Systems delivered a strong performance in the financial year just ended and has held its ground well against the competition,” CEO Andreas Schell said during a press conference on the financial results for the year 2017 on 7 March in Friedrichshafen. “We have achieved a turnaround in terms of revenue, profit and order intake, a major contribution to this being made by our RRPS 2018 business transformation programme.”
Underlying revenue was up 3 per cent to 2.92 billion pounds sterling. Return on sales also rose significantly to 11.3 per cent (+ 4.1 percentage points). As a result, with a profit of 330 million pounds, Rolls-Royce Power Systems reports a 61 per cent profit increase compared with the previous year. The order book standing at 2.19 billion pounds sterling is very healthy and shows a 4 per cent improvement on 2016. With this result for 2017, the Power Systems division with its core brand MTU accounts for 19 per cent of the total revenue generated by the Rolls-Royce Group and is thus once again the second strongest revenue driver in the Group, which in 2017 was organised into five businesses.
“The year 2017 has put us back on track for success,” said Marcus A. Wassenberg, Chief Financial Officer at Rolls-Royce Power Systems. “We benefited on the one hand from the growing market and the good performance of the global economy. What clearly contributed to the excellent result was the fact that, with our RRPS 2018 transformation programme, as a result of optimising costs, service and sales, we were able to significantly improve our profit situation.” Detailed product analysis resulted in a 25 per cent reduction in product variants, which, together with improvements in material costs, quality control, stocks and use of facilities, ultimately led to significant savings.
More business in service and products for the energy, agricultural and construction sectors, and for the oil and gas industryOur service initiative bore fruit in 2017 – total service revenue was up 6 per cent, due primarily to our business in MTU Reman engines and services provided for the invigorated oil and gas business in the USA.
One third of the total revenue of Rolls-Royce Power Systems in 2017 was again generated by the energy sector, which continues to be a viable future business field. Additional growth was achieved primarily in diesel systems for emergency gensets, e.g. for data centres in China and the USA. Business in medium-speed engines manufactured by our subsidiary Bergen Engines A.S. stabilised in 2017, due principally to orders for the delivery of power generation systems together with the associated service.
Declines were reported in our business in engines and systems for ships, which also accounts for one third of the total revenue. This was due primarily to a decline in sales of yacht engines compared with the previous year. In the extremely competitive commercial marine market (engines for ferries and work boats), we achieved an increase in revenue. This is a market that has great future potential for Rolls-Royce Power Systems. Sales of products for navies increased as well.
Sales of engines for the construction, agricultural and industrial sectors increased significantly in 2017. The further development of engines in the lower output range in anticipation of the EU’s new Stage V emission standards scheduled to come into force in 2019 resulted in large-volume orders. One of the major customers is the agricultural machinery manufacturer Claas.
Due to the recovery of oil prices and the increased demand for raw materials, sales of MTU engines and systems for the oil & gas industry and mining vehicles were up in 2017.
Delivery of first green and high-tech productsRolls-Royce Power Systems in 2017 reported successes as a result of its Green and High-Tech programme, with which the company is making targeted investments in environmentally-friendly solutions for the future designed to reduce pollutant emissions and the consumption of both energy and raw materials. The first MTU Series 4000 mobile gas engines were delivered to the Dutch shipping company Rederij Doeksen. The engines are so clean that they are allowed to operate on the Wadden Sea nature reserve. In the San Francisco Bay area, the first MTU diesel engines meeting the stringent EPA Tier 4 requirements will enter service before the end of 2018. WETA, the San Francisco Bay Area Emergency Transportation Authority, is putting its trust in the new integrated MTU propulsion system consisting of Series 4000 diesel engines and an SCR exhaust gas aftertreatment system for its new high-speed ferries.
Progress being made on the way to becoming a solutions provider“In the 2017 financial year, we made considerable progress on our way from being purely an engine supplier to becoming a solutions provider that supplies its customers with drive and propulsion systems and their permanent availability,” Andreas Schell explained. Since last year, Rolls-Royce Power Systems has provided its customers with support from experts in its new Customer Care Centres in three different time zones. New digital tools, such as MTU’s GoAct app or MTU’s GoManage internet platform, are designed to significantly improve the quality of service provided. They are being developed by an in-house digital unit set up in 2017.
Agenda 2018: growth, consistent digitisation and electrification, plus increased business in Asia“For 2018, we expect the present healthy, dynamic performance to continue – we aim to achieve further growth, but we intend to maintain our flexibility and continue to rigorously implement our business transformation programme. This is due to the fact that we are dependent on volatile end markets,” Andreas Schell said, looking to the future. “Our agenda includes consistent digitisation specifically for customers and service, in addition to the electrification of our drive and propulsion systems. 2018 will also be an important year for our new partnerships in Asia, which will enable us to increase our production capacities and market access in key focus markets. This means we now have engine and system production facilities in three major regions – Asia, America and Europe.”
Helge SkaarBergen Engines ASTel: +47 90 14 20 40Email: email@example.comWolfgang BollerRolls-Royce Power Systems AGTel: +49 7541 90-2159Email: firstname.lastname@example.org
Rolls-Royce has signed a contract with Tuinbouwbedrijf Marc Pittoors
(T.B.M.P) BVBA, for the supply of a 7 MWe combined heat and power plant (CHP).
BERGEN, NORWAY – Rolls-Royce has signed a contract with Tuinbouwbedrijf Marc Pittoors (T.B.M.P) BVBA, for the supply of a 7 MWe combined heat and power plant (CHP). The plant will be powered by two gas-fired gensets based on the new medium-speed Bergen B36:45L6 engine and will provide heat and power to a new tomato greenhouse in Belgium. The contract also includes a service agreement for 10 years. The gensets are scheduled to go into operation early November 2018.
Marc Pittoors will use the generated electricity to power the greenhouse artificial lighting and the heat extracted from exhaust gases and engine cooling systems to heat up the facility. In addition, cleaned engine exhaust gases will be injected into the greenhouse to increase the level of CO2 and boost plant growth.
Marc Pittoors, CEO of T.B.M.P said: “For our tomato producing company, three factors were crucial in taking this decision: electrical efficiency (best in the current market), expertise (Rolls-Royce developed a gas engine in the early 90s and was the pioneer in lean-burn technology) and optimum heat balance (5 hectares of greenhouse space are illuminated and 3.5 hectares are not).” Paul Hovius of PaCHov Consultancy conducted the sales and contract negotiations for this first CHP equipped with the new Bergen in-line engine.
“The greenhouse market is very important for us, and it’s a pleasure to sign a contract with a highly professional customer for this new generation of gas engines,” said Jeff Elliott, managing director of Bergen Engines, a fully-owned subsidiary of Rolls-Royce Power Systems and supplier of medium-speed engines.
Rolls-Royce will be supplying the complete CHP plant for this greenhouse, consisting of the power generator sets, the exhaust gas systems including a selective catalytic reduction (SCR) system and heat exchangers, and the electronic control system. In total, the technology achieves efficiency rates of more than 96%. Rolls-Royce has many years of experience with CHP plants and has since 2005 delivered 52 CHP plants with a total installed capacity of 270 MWe for greenhouses in Holland, Belgium, Russia and the UK.
Merethe FjeldstadBergen Engines ASTel: +47 913 72 128Email:Merethe.Fjeldstad@Rolls-Royce.com
Silke RockensteinRolls-Royce Power Systems AGTel: +49 7541 90-7740Email:Silke.Rockenstein@rrpowersystems.com
Rolls-Royce Power Systems subsidiary Bergen Engines signed contracts for
the delivery of two power stations to Bangladesh with a contract value of 133
FRIEDRICHSHAFEN, GERMANY – Rolls-Royce Power Systems subsidiary Bergen Engines signed contracts for the delivery of two power stations to Bangladesh with a contract value of 133 million Euro. The consignments to Confidence Power Rangpur Limited are destined for a power station in Rangpur delivering an output of 112 Megawatts electrical power. It will be supplied this year. A second, similar power station is set for delivery in 2018 as a further option. The second power plant to be delivered this year is a 150 MW power plant intended for “Midland East Power Ltd” that will be located in Ashuganj. Within the contracts are also spare parts deliveries over 15 years.
“We are delighted to have been chosen to help develop the power sector in Bangladesh,” comments Jeff Elliott, Managing Director at Bergen Engines. “Bergen Engines delivered its first Rolls-Royce genset engine to Bangladesh way back in 2001, and has since built power stations covering over five percent of the country’s overall power supply. These new power plants represent a major step forward for us, and we are totally committed to doing our very best for our customers and, indeed, the whole country.”
These contracts are part of the Bangladesh government’s ambitious plan to more than double national power generation capacity to 38,000 MW to meet a forecast demand of some 33,000 MW by 2030. Meeting this goal will require a substantial increase of a good 9,000 MW over the next four years alone – and this is where the medium-speed engines come in. A power plant based on internal combustion engines is easily built within just one year, whereas other alternatives can take as long as seven years to realize.
Helge SkaarBergen Engines ASTel: +47 90 14 20 40Email: email@example.com
BERGEN, NORWAY – Rolls-Royce will be showcasing its medium-speed power solutions at stand 1435 of the Green Expo trade fair in Mexico from 5 to 8 September. Its product portfolio covers a variety of power generation solutions for different applications, from generator sets delivering 3,700 to 9,400 kWe to fully engineered power plants capable of outputs from 5 to 200 MWe and beyond.
Rolls-Royce has supplied power generation customers all over the world with system solutions based on medium-speed engines and currently boasts a global installed base of over 3,500 MWe. It recently entered Mexico’s energy market and has so far sold power plant to diverse customers delivering a total of 33 MWe.
Markku Aspholm, Sales Director of Medium-Speed Engines for power generation in the Americas - Rolls-Royce said, “We will be establishing a new service workshop next year to better serve the needs of our newly won customers in Mexico. Rolls-Royce sees big potential for expanding its business in this region by supporting the industry with flexible system solutions tailored to the customer's individual needs.”
Having closed an EPC consortium agreement with engineering company Sampol Ingenieria y obras, Rolls-Royce’s first 18 MWe power plant based on medium-speed engines went into operation in June 2017 in Sonora, Mexico. The plant has now clocked up almost 2000 operating hours without any complications, even at 45°C. It is a cogeneration (CHP) plant owned by utility company Union Energetica del Noroeste (UEN), who sells the generated electricity onwards to various companies. The plant is equipped with two Rolls-Royce Bergen B35:40V20 gas-fuelled generator sets covered by a 12-year service agreement.
Another two CHP modules supplied by Rolls-Royce are scheduled for commissioning at the end of 2017/early 2018, and will be the first two power plants to have been supplied under Mexico's Energy Reform that came into force in 2016.
The first is a Rolls-Royce Bergen B35:40V20 gas-fuelled generator set that will be installed at an altitude of 2,300 metres in the Mexican city of Perote. It will be responsible for providing steam and electricity to power the industrial processes run by pork producer Granjas Carrol. Surplus energy will be sold to the national grid through the newly structured energy market.
The second is a Rolls-Royce Bergen B35:40V12 generator set to be installed in the trigeneration plant operated by energy service company INCO Renovables S.A.P.I. de C.V.. This particular plant is to provide electrical power, cooling water and steam to a factory being run by Coca Cola producer FEMSA.
For further information please contact:
Markku AspholmDirector of Medium Speed Power Generation AmericasBergen Engines ASPhone: +1 786 747 6177 Email: firstname.lastname@example.org
Helge SkaarDirector CommunicationsBergen Engines ASPhone: +47 90 142 040Email: email@example.com
On a visit to Lake Constance, German Minister of Foreign Affairs Sigmar Gabriel
visited Rolls-Royce Power Systems in Friedrichshafen on Monday 14 August, to
hear about development and production of the very latest propulsion and drive
systems for ships, trains and heavy land vehicles, and for power generation.
FRIEDRICHSHAFEN – On a visit to Lake Constance, German Minister of Foreign Affairs Sigmar Gabriel visited Rolls-Royce Power Systems in Friedrichshafen on Monday 14 August, to hear about development and production of the very latest propulsion and drive systems for ships, trains and heavy land vehicles, and for power generation. “The Green and High-Tech programme at Rolls-Royce Power Systems opens up further prospects for German industry. The company has thus launched an initiative that I gladly support,” said Foreign Minister Sigmar Gabriel on his tour through the plant.
CEO Andreas Schell and CFO Marcus A. Wassenberg took the minister on a tour of the plant to explain the company’s Green & High-Tech programme and talk about the key international growth markets for this technology. “At Rolls-Royce Power Systems, we launched our Green & High-Tech programme in 2016. It involves us investing very deliberately in environmentally-friendly solutions of the future which are aimed at fewer pollutant emissions and lower consumption of energy and raw materials. It is absolutely key to keeping the company competitive on the international stage,” said Andreas Schell, and showed Gabriel a specific example at the company’s natural gas engine test stand. MTU is to ship the first certified production gas engines for marine applications in 2018. These MTU engines, which run on liquefied natural gas, have attracted major interest from across the world. The first pre-production engines are being delivered to the Strategic Marine shipyard in Vietnam at the end of the year for installation in catamarans being built for Dutch shipping company Doeksen. The vessels will be used to ply ferry routes in the Wadden Sea nature conservation area. Lake Constance, which is Europe’s largest reservoir of drinking water, is also set to get a new ferry powered by MTU natural gas engines in 2019.
The highlights of the product line-up at Rolls-Royce Power Systems feature not just gas engines, but also diesels with newly-developed exhaust aftertreatment technology to meet strict international emissions requirements, and also diesel hybrids. Large ships, haul trucks and trains all require high power outputs, meaning internal combustion engines – such as diesel engines – remain indispensable. MTU’s highly refined diesel engines are currently being chosen for new ferries in the San Francisco Bay area. California is regarded as one of the areas with the most demanding environmental protection regulations worldwide.
Rolls-Royce Power Systems makes 90% of its revenue abroad. “We’re concerned about growing levels of protectionism in some countries, trade barriers and sanctions,” CEO Andreas Schell explained to the Minister for Foreign Affairs.
Sigmar Gabriel was also impressed by Rolls-Royce Power Systems’ offering to employees – flexible working hours, a Group-wide health management system, leisure facilities and counselling services, as well as a day-to-day culture which makes it easier to combine work and family life. “In order to continue managing our company successfully as it moves into the future, and to adopt a leading role in the face of international competition, we want to provide a working environment which offers freedom – in terms of time and location – in the way people organize their work, and one which encourages creativity and personal responsibility,” explained CFO Marcus A. Wassenberg.
Since the beginning of the year, two Rolls-Royce
combined heat and power plants have been supplying energy to a new tomato
greenhouse operated by Maxburg BVBA in Meer in Belgium.
FRIEDRICHSHAFEN – Since the beginning of the year, two Rolls-Royce combined heat and power plants have been supplying energy to a new tomato greenhouse operated by Maxburg BVBA in Meer in Belgium. The two gas-powered gensets have reliably supplied over 20 Megawatt hours of heat and power to date. Maxburg is now the 30th greenhouse for which Rolls-Royce has delivered combined heat and power plants. Since 2005, no less than 52 combined heat and power plants manufactured by Rolls-Royce have generated a total electrical output of 270 MW in greenhouses in Holland, Belgium, Russia and the UK.
Back in 2008 and 2010, Rolls-Royce delivered two combined heat and power plants to the greenhouse operator John Vermeiren in Loenhout and in Merksplas in Belgium. As John Vermeiren says: “The high level of efficiency of the medium-speed gensets and their reliability impressed us so much that we decided once again in favour of Rolls-Royce for the energy supply of our third greenhouse in Meer.”
The gensets are based on the medium-speed B35:40 V12 AG2 engines from Rolls-Royce, each of which is able to generate an electrical output of 5,650 kW and a thermal output of 6,545 kW. They achieve an efficiency level of more than 96 per cent. The electric power is used primarily for the greenhouse lamps and, if required, is fed into the public grid. The greenhouse, which extends over an area of 10.2 hectares, is heated using the heat extracted from the exhaust gas and the engine’s cooling system. The cleaned exhaust gases from the engines are also injected into the greenhouses to increase the level of CO2 and boost plant growth. John Vermeiren expects to achieve an annual production of 7.5 million kilogrammes of tomatoes at the Maxburg greenhouse.
Rolls-Royce has delivered the complete CHP plants, consisting of the power generator sets, the exhaust gas systems, including the SCR systems and the heat exchangers. The electronic control systems are also included in the scope of supply. Operator John Vermeiren and Rolls-Royce have concluded a long-term service agreement for the combined heat and power plants covering approximately 4,500 hours of operation per year over the next 10 years.
Helge SkaarBergen Engines ASTel: +47 90 14 20 40Email: firstname.lastname@example.orgSilke RockensteinRolls-Royce Power Systems AGTel: +49 7541 90-7740Email: Silke.Rockenstein@rrpowersystems.com
Rolls-Royce will be showcasing medium-speed and
MTU Onsite Energy high-speed power generation products on Stand S2 D30 at the
Middle East Electricity trade fair taking place in Dubai between 14 and 16
– Rolls-Royce will be showcasing medium-speed and MTU Onsite Energy high-speed
power generation products on Stand S2 D30 at the Middle East Electricity trade
fair taking place in Dubai between 14 and 16 February 2017. The product range
comprises a variety of power generation solutions delivering between 24 and
9,400 kWe and covering a wide range of applications and fuel types. The brand
MTU Onsite Energy is part of Rolls-Royce Power Systems.
As of autumn
2017, MTU Onsite Energy will be offering a diesel genset with a 10% higher
output based on the 20-cylinder Series 4000 engine. The higher output of 3,730
kVA for emergency power applications and 3,390 kVA for prime power is available
at temperatures of 50 degrees Celsius. The genset has a very high power density
and thus a space-saving design, since the engine’s dimensions are identical to
those of the predecessor model with a higher output.
sets up to 3,400 kVA and gas engine systems up to 2,500 kW will be presented
under the MTU Onsite Energy brand. A 12V 4000 diesel genset will be on display
and a model of a 18V 2000 diesel genset, equipped with common rail technology
and deliving an output of up to 1,400 kVA. A model of a 16V 4000 container
genset, will also be exhibited as gas and diesel versions.
Energy's decentralised gas and diesel engine systems are used in continuous
operation scenarios, for peak generation and emergency power applications. They
play mission-critical roles in environments such as airports, hospitals and data
centres. Whether standard products or custom-built, MTU Onsite Energy systems
offer superb reliability and flexibility combined with low lifecycle costs.
Rolls-Royce will be presenting a medium-speed gas engine model from its
B35:40 series which incorporates engines with a range from 3.7 to 9.4 MW. The
generator systems benefit from robust design and above average electrical
efficiency of up to 48.5 per cent. Applications include base load power
generation, grid balancing and peak load supply, combined heat and power and
combined heating, cooling and power plants, emergency power and mechanical
drive systems for the oil and gas industry.
are available for download from www.rrpowersystems.com/press
information, please contact:Helge Skaar
Bergen Engines AS
Tel: +47 90 14 20 40
Power Systems AGTel:
+49 7541 90-7740
Gas Engines (PDF, 5.7 MB)
Products and Applications (PDF, 3.0 MB)
Integrated Power Solutions (PDF, 1.7 MB)
Liquid Fuel Engines (PDF, 1.3 MB)
Exhaust pre-ventilation upgrade (PDF, 1.1 MB)
Fast ramp-up mode upgrade (PDF, 677 KB)
Ignition system upgrade (PDF, 623 KB)
Cylinder pressure monitoring (PDF, 820 KB)
Long Term Service Agreement (PDF, 4.7 MB)
NOx control upgrade (PDF, 986 KB)
Operator training (PDF, 1.9 MB)
Splash oil monitoring system (PDF, 618 KB)
The 30th greenhouse with Rolls-Royce (PDF, 2.5 MB)
First natural-gas power plant in Myanmar (PDF, 1.2 MB)
100 MW reliable power for southern Africa (PDF, 2.8 MB)
First B36:45L6 engines in operation (PDF, 3.0 MB)
Upgrade from HFO to gas engines (PDF, 848 KB)
Increased yield with gas engines (PDF, 1.9 MB)
CO2, heat and power (PDF, 879 KB)
Bergen engines delivers reliable power to Tanzania (PDF, 872 KB)
Highly efficient co-generation (PDF, 2.3 MB)
Heat and electricity to Helsinge (PDF, 1.7 MB)
Grid support power plant powered by Rolls-Royce engines (PDF, 3.0 MB)
CHP for olive processing (PDF, 992 KB)
Do you have questions or do you need advice regarding our products and services? Then feel free to give us a call or to send us an e-mail. We are looking forward to hearing from you and will come back to you as soon as possible.
Marine products - All aftermarket services: + 47 55 53 63 45 (24/7 emergency: +47 91 58 72 41), email@example.com
Power Systems - Contact us by phone:
Europe, Middle East & Africa: +49 7541 90-77777, Asia/Pacific: +65 6860 9669, North and Latin America: +1 248 560 8888
Power Systems - Contact us by mail:
This website is provided by Rolls-Royce Power Systems AG.
Rolls-Royce Power Systems AG
88045 Friedrichshafen, Germany
Telephone +49 7541 9091
Telefax +49 7541 90-5000
Represented by the Board of Management:
Dr. Ulrich Dohle (CEO)
Register Court Ulm HRB 721 056
VAT registration number DE 253916018
Bergen Engines AS (A Rolls-Royce Power Systems Company) is pleased to welcome you to our website
This data privacy notice is to inform you of the way we will handle your personal data. It sets out how personal data is processed in the context of communications both via our websites and away from our websites, for example in the way contracts are executed.
Responsible (controller) for the purposes of the General Data Protection Regulation, other data protection laws in force in the Member States of the European Union and other provisions of a data protection nature is:
Bergen Engines AS
Hordvikneset, N-5087 Hordvik, Bergen
Company number: NO 997016238 MVA
Managing Director: Jon Erik Røv
2. Data Protection Officer
Contact details of our Group Data Protection Officer:
Bettina von Fechthelm
Rolls-Royce Power Systems AG, Maybachplatz 1, 88045 Friedrichshafen, Germany
Telephone: +49 7541 9091
3. Visiting our websites
When you visit our websites without actively contacting us, all instances of access are recorded in a log file on our web servers. The following data is captured: IP address of your client, date and time of access, name and URL of the file retrieved, pages visited, amount of data transferred, whether the retrieval was successful, video/audio viewed or listened to, clicks on individual links, search words or search phrases. The log file is stored for two months.
This data is processed for the purpose of presenting our web pages securely and to best effect from a technical point of view. The legal basis for processing the data here is proportionally our legitimate interest, Art. 6 Para. 1 f) of the General Data Protection Regulation (GDPR). No person-related evaluations or reports are undertaken or produced.
4. Establishing contact using our contact forms
We only collect personal data pertaining to you – i.e. information that can be associated with you as an individual – if you provide us with this data yourself and enter into contact with us. This is the case if you enter your data in the input fields of the contact forms on our websites and send us inquiries.
Information that we absolutely need to process your inquiry is marked with an asterisk. You may also provide the remaining information voluntarily in order to make it easier for us to classify your inquiry.
We use your personal data only for communication with you and for processing your inquiry. The data will then be erased. The legal basis for processing the data is our legitimate interest in communicating with you at your request, Art. 6 Para. 1 f) of the GDPR.
You may at any time object to the further storage and use of your personal data collected in the course of contacting us. To do this, an email to
or a letter to
Bergen Engines AS
Hordvikneset, N-5087 Hordvik, Bergen
will suffice. If you object or revoke your request, your data will be erased immediately. However, your inquiries can then no longer be processed.
5. Receipt of newsletters
When you subscribe to any electronic newsletter, we process the data you provide to us.
We obtain your consent to this in advance. It is the legal basis for this data processing (Art. 6 Para. 1 a) of the GDPR).
Your personal data will not be used in any other way or passed on to third parties. your consent at any time, by sending an informal message to
For unsubscribe from the newsletter you can use an unsubscribe-link in the newsletters itself. Once your withdrawal of consent has been received, your data collected during the ordering process is deleted immediately and will no longer be used. The newsletter will no longer be sent to you.
6. Personalized marketing communications
Based on your prior consent, we process your personal data also in order to deliver you relevant personalized marketing communications regarding topics of interest relating to Bergen Engines products and solutions, including technical articles, case studies, white papers, news articles, webinars and videos. We provide these communications via e-mail, if you communicate to us also your telephone number for this purpose, we or our local subsidiaries in your respective area may also call you to inform you about Bergen Engines products or Bergen Engines solutions via telephone.
The types of personal data that we collect are described in detail in the consent that we obtain from you for this purpose.
You may at any time revoke this consent via email to
– you can do this also partly, specifically with regard to marketing communications via telephone –, or by clicking on the unsubscribe links, which are provided at the bottom of each marketing mail. In case you revoke your consent, your data will promptly be deleted, and we will stop providing you the respective marketing communications. You can also object to the processing of your data for marketing purposes. We will then delete your data (except your email address and the fact of your objection, in order to take account of your objection at any time) and stop sending you marketing communications.
You may apply to our company online or by electronic means. We process your applicant data exclusively for the purpose of the application procedure and delete it, if rejected, after completion. The legal basis is Art. 6 para 1b) GDPR (processing is necessary for the performance of a contract to which the data subject is party or in order to take steps at the request of the data subject prior to entering into a contract. Please note that emails which sent in unencrypted form are not transmitted with access protection. We therefore strongly recommend that you send us your application documents either by encrypted e-mail or via the contact form on our career portal. Further details of the way applicant data is handled may be found in our separate data privacy notice on the career portal.
Most browsers are set to accept cookies automatically. However, you may disable storage of cookies or set your browser so that it notifies you as soon as cookies are set. That said, we would point out that blocking cookies from our website may result in restricted functionality in the use of our website and the websites of other service providers.
9. Google Analytics
This website uses Google Analytics, a web analysis service offered by Google Inc., 1600 Amphitheatre Parkway, Mountain View, CA 94043, USA (hereinafter: Google). Google Analytics uses various technologies, including cookies, which are stored on your computer and permit analysis of the use of this website by visitors. The information obtained by Google Analytics about your use of this website will be transmitted to servers of Google which may be located in countries outside the member states of the European Union and may also be operated outside contracting states to the Treaty on the European Economic Area. By enabling IP anonymization within the Google Analytics tracking code of this website, your IP address will be anonymized by Google prior to transmission. This website uses a Google Analytics tracking code which has been extended to include the operator gat. anonymizeIp(); in order to allow only anonymized collection of IP addresses (so-called IP masking). On behalf of the operator of this website, Google will use this information to analyze your visit to this website, to compile reports on website activities and to provide further services related to website and Internet use to the website operator. The IP address transmitted by your browser within the context of Google Analytics will not be combined with other data from Google. You may prevent the storage of Google cookies by setting your browser software accordingly. However, we would point out that in this case you may not be able to use all the features of this website to their full extent. You may prevent Google Analytics from collecting data by clicking on the following link. An opt-out cookie will be set to prevent your data from being collected in future when you visit this website: Disable Google Analytics. The Google Analytics security and data protection principles may be found at:
You may prevent Google Analytics from collecting data by clicking on the following link. https://tools.google.com/dlpage/gaoptout?hl=en
An opt-out cookie will be set to prevent your data from being collected in future when you visit this website: Disable Google Analytics.
10. Adobe Analytics
This website uses Adobe Analytics, a web analytics service provided by Adobe Systems Software Ireland Limited (“Adobe”). Adobe Analytics uses “cookies”, which are text files placed on your computer, in order to help the website to analyze overall traffic patterns through our website. By transmitting the information generated by the cookie about the use of the website to Adobe, setting ensures that IP address is anonymized before geo-localization und will be replaced by a generic IP address before storage. On behalf of the website provider, Adobe will use this information for the evaluation of your use of the website, compiling reports on website activity for website operators, and in order to provide other services relating to website activity and use of the Internet to the website provider. Adobe will not associate your IP address with any other data held by Adobe.
11. Data security
We have taken extensive technical and operational precautions to protect your data from accidental or intentional manipulation, loss, destruction or access by unauthorized persons. Our security procedures are regularly reviewed and adapted in line with technological progress.
When you use our contact form, you also provide us with personal information about yourself. In order to prevent this data from falling into the wrong hands, we encrypt your personal data end-to-end using the TLS method for data transmission (transport layer security). This is a proven, highly secure procedure for transmitting data over the Internet, provided that it is used – as is the case here – in line with state-of-the-art practice.
12. Processing of your data outside of these websites
We also process your personal data outside of these websites if you contact us in writing, by telephone or by e-mail with a request or inquiry and provide us with personal data (e.g. your contact details). Furthermore, we process personal data of yours if you or your company is a business partner, customer or service provider of ours, i.e. in a contractual relationship with us, for purposes of executing this contract, or if data processing is necessary for another reason, e.g. in the context of an application in response to an invitation to tender.
Depending on the context, your data will be processed on different legal bases within the meaning of Art. 6 of the GDPR. Depending on the context, this is in particular:
1. your expression of consent pursuant to Art. 6 Para. 1 a) of the GDPR (e.g. when requesting our customer magazine); or
2. where the processing is necessary for fulfilling a contractual relationship with us or for implementing pre-contractual measures which occur at your request, Art. 6 Para. 1 b) of the GDPR (e.g. upon telephone request for the purpose of ordering a product); or
3. where the processing is necessary to comply with a legal obligation to which we are subject, Art. 6 Para. 1 c) of the GDPR (e.g. compliance with legal obligations to retain records or obligations to provide information to authorities); or
4. where the processing is necessary to safeguard an overriding legitimate interest within the meaning of Art. 6 Para. 1 f) of the GDPR (e.g. when asserting legal claims or for the video surveillance of our operating facilities to protect against unauthorized access).
Rolls-Royce Power Systems and other affiliated companies house central functions of the Rolls-Royce Power Systems Group – e.g. Marketing & Communications, Sales, Purchasing and central admin functions such as Legal, etc. – which act on behalf of the entire group and may process your personal data within this context. The processing of personal data by these central functions is also undertaken on the basis of the aforementioned bases in law. If, for example, when carrying out procurement processes or processing contracts, affiliated companies other than Rolls-Royce Power Systems must also be involved because they perform central functions within the group, personal data is exchanged between the affiliated companies involved to the extent necessary. The legal basis for this is the overriding legitimate interest of the company in organizing internal administrative procedures efficiently, Art. 6 Para. 1 f) of the GDPR. Bergen Engines passes personal data to other affiliated companies or to third parties, e.g.
authorities or banks, if necessary and to the required extent within the scope of the respective business relationship or due to a legal requirement so to do. Service providers used by us, who, for example, provide IT or printing services, are contractually obliged by us to process personal data exclusively within the scope of their remit.
14. Storage of your data
Your personal data will always be stored as long as it is necessary for the respective purpose (e.g. fulfilment of contract),and shall then be erased in compliance with the statutory retention periods or, after the purpose has been achieved (e.g. fulfilment of the contract by both parties), restricted (blocked) for the necessary retention period in terms of processing, and then erased.
Your rights under Clause 15 are to be asserted in each instance against Bergen Engines AS or against such other affiliated company as be responsible under data protection legislation. In any event, you may use the contact address given in Clause 1 above for this purpose.
15. Social media
We also have a presence on the social networking platforms Facebook, Twitter, LinkedIn and Xing. If you click on the respective icon on our website, you will be forwarded to our profiles there without personal data being collected.
16. Your rights
You have the right to request details of which personal data about you is stored.
You may request correction or amendment, erasure or restriction of processing (blocking) of your stored personal data as long as this is legally permissible and possible within the framework of an existing contractual relationship. Should statutory provisions not permit erasure, your data will instead be blocked (subjected to processing restrictions) in such a way as to make it accessible only for the purpose of complying with mandatory statutory provisions.
You may object to the processing of data for reasons arising from your particular situation if such data processing is carried out on the basis of our legitimate interests.
Should we process your data in order to conduct direct advertising, you may object to this advertising or promotion at any time with future effect (right to object to processing of personal data for marketing purposes). Therefore, see the contact details in Clause 6.
You are entitled to lodge a complaint with a supervisory authority. The following supervisory authority is responsible for Rolls-Royce Power Systems AG: The Baden-Württemberg State Office for Data Protection and Freedom of Information, P.O. Box 10 29 32, 70025 Stuttgart. Email: firstname.lastname@example.org; Online complaints form: https://www.baden-wuerttemberg.datenschutz.de/online-beschwerde/.
For complaints relating to data processing activities of Bergen Engines AS the competent supervisory authority is: Datatilsynet, P.O. Box 458 Sentrum, NO-0105 Oslo, Org.no 974 761 467
You have the right to transfer the data you have provided to us on the basis of an expression of consent or a contract (data portability).
If you have given us an expression of consent to process your data, you may revoke this at any time in the same manner in which you gave it. The withdrawal of consent does not affect the lawfulness of the processing carried out on the basis of the consent up to the time of withdrawal.
If you have any questions regarding the processing of your data or would like to assert your rights, please contact us by post or e-mail at the contact address given above (Clause 1).
17. Changes to this Data Privacy Notice
The provisions of this data privacy notice in the version valid at the time on the homepage apply (cf. status and version of data privacy notice).
We reserve the right to amend and change the content of this data privacy notice. The updated data privacy notice shall apply from its date of validity (cf. status and version of the data privacy notice).
Version dated: June 2020
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