Power & Energy Solutions

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Strategic cooperation agreement signed by Pfeiffer Vacuum and Lanzhou Institute of Physics (LIP) LIP-Pfeiffer Vacuum Joint Center for Vacuum Technology established in Lanzhou Asslar, Germany, December 11, 2017. Pfeiffer Vacuum signed a strategic cooperation agreement with Lanzhou Institute of Physics (LIP) in Asslar, Germany. As one of the founders of the Chinese Vacuum Society, the Lanzhou Institute of Physics is a pioneer in vacuum technology in China. LIP is also one of the first institutes in China which has been directly engaged in satellite and spacecraft development and is therefore a part of the China Academy of Space Technology (CAST) since 1968. Pfeiffer Vacuum and LIP will cooperate in research and development to create vacuum solutions for aerospace applications, vacuum metrology, vacuum calibration and other applications. The strong cooperation between the two companies is in line with the common interests of both sides. Pfeiffer Vacuum is contributing with its extensive line of solutions, products and services ranging from vacuum pumps, measurement and analysis equipment to complex vacuum systems and its global sales and service network, while LIP is introducing its leading position in the China vacuum industry. On October 17, 2017, the LIP-Pfeiffer Vacuum Joint Center for Vacuum Technology was established

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In January 2018, there will be a personnel change in the executive management of the international full-service provider Deutsche Windtechnik AG: Hendrik Böschen, who previously served as Managing Director of Senvion Deutschland GmbH, will help drive Deutsche Windtechnik's continuing internationalisation forward as a new authorised representative alongside Matthias Brandt. Deutsche Windtechnik is experiencing strong demand from medium and large plant operators who are looking to optimise maintenance at their wind farms together with Deutsche Windtechnik. This often includes international scenarios. "The increasing competitive pressure and our simultaneous growth make it very important to continue working on our efficiency. We have achieved this quite well so far. Any reinforcement is welcome, and Hendrik Böschen is most certainly a reinforcement," Matthias Brandt emphasised. Hendrik Böschen has many years of experience in the wind and automotive industries, particularly in international sales and in the structuring of companies. "At Deutsche Windtechnik, Hendrik Böschen will drive processes forward that have already been initialised in the areas of key account management and tender processing. Together with him, we intend to further increase our synergies and refine our knowledge management," Matthias Brandt added. About Deutsche Windtechnik AG Bremen-based Deutsche Windtechnik AG offers a Europe-wide single-source full technical maintenance package for wind

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In a move to grow their international footprint, Danish wind energy specialist Alpha Offshore Service A/S has been acquired by global equipment and engineering services provider Sparrows Group. Sparrows already supply capital equipment to the wind energy industry and the deal will significantly strengthen the group’s operations and maintenance capabilities in the sector. Alpha Offshore will continue to be run under the same management as a separate entity within the Sparrows Group, ensuring operational consistency whilst also providing them with access to a wider network of expertise and resources. Sparrows’ engineering and design capability in structural, mechanical, electrical, hydraulic and reliability disciplines, combined with their extensive global network will enhance Alpha’s existing capability and international presence. Stewart Mitchell, chief executive officer at Sparrows, said: “Alpha Offshore is well-respected in the industry and they are a trusted supplier to a number of wind farm operators and turbine Original Equipment Manufacturers (OEMs). Their specialist in-depth knowledge and experience of in-demand services such as blade and turbine generator repairs, inspections and upgrades makes them a valuable addition to our group. “We expect demand for their services to continue to grow as wind developments age and equipment warranty periods expire.” Mikkel Lund, chief executive officer at Alpha Offshore said:

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Industry body Subsea UK has unveiled its new board for 2018-19. Following a members’ ballot at its Annual General Meeting (AGM) nine members have been re-elected and two have stepped down. The newly elected board, will continue to ensure the UK maintains a strong representation across the global subsea industry under the leadership of chairman, Bill Edgar and chief executive, Neil Gordon. Mr Edgar, commented: “There has been a huge realisation across the sector that everyone is facing the same challenges and to overcome them, in a cost sensitive market, we must work together using innovative technology. I believe that the hard work being done now to ensure the UK remains competitive within the global marketplace will go a long way in the years to come. “With our new board in place, Subsea UK’s main focus for 2018 is to ensure that we continue to deliver a valuable service to our members and the sector as a whole. Everyone has a key role to play, as we continue to develop new initiatives and services to further support the supply chain as it looks to improve efficiencies and maximise opportunities. “We are also doing everything we can to help subsea supply chain companies overcome the barriers

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Smalls drops, big impact: Even just minor rain erosion damage on rotor blade surfaces can impair performance and shorten the service life of wind turbines. Fraunhofer IWES has been operating a rain erosion test bench since 2015 in order to achieve a better understanding of how damage progresses and derive effective preventative measures. Within the scope of the newly started “BeLeB” research project the aim is to contribute to the development of reliable forecasting models for erosion damage and apply them to turbine operation. In particular, this also encompasses the assessment of practice-relevant repair concepts. To achieve these goals, the test bench is set up to enable continuous testing and precise damage documentation by means of high-resolution 3D images. Offshore operating data are used by way of comparison for validation purposes. When operating, the wing tip of a wind turbine can reach speeds of 300 to 350 km/h and, as a result, rain drops and pollution in the air act like sandpaper on the surface of the material. Parts which are subjected to particular stresses, such as the leading edge of blades, are therefore finished with protective systems such as paint and coatings. The development and validation of a method for

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•   New power plant projects in Misrata and Tripoli West •   Contracts volume, including long-term service, in the range of 700 million euros Siemens has signed contracts with the state-owned utility General Electricity Company of Libya (GECOL) to expand Libya’s power generation capacity by approximately 1.3 gigawatts (GW). Under these contracts Siemens will build a 650 MW open cycle power plant in Misrata, equipped with two F-class gas turbines, and a 690 MW open cycle power plant in Tripoli West, equipped with four E‑class gas turbines. The total volume of EPC contracts, including long-term service agreements, is in the range of 700 million euros. “Libya needs a reliable and affordable power supply to set the stage for a prosperous and promising future for the Libyan people,” said Joe Kaeser, President and CEO of Siemens AG. “As a trusted partner, Siemens will provide Libya with innovative and sustainable infrastructure solutions that are essential for the economic development of the country and its people,” added Kaeser. Siemens has been supporting Libya with technology and expertise since the 1950s. “Around 30 percent of Libya’s installed power generation capacity is based on Siemens technology that delivers electricity for two million people,” said Willi Meixner, CEO of Siemens’ Power and Gas

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Leading subsea IMR provider N-Sea has announced the launch of Magsense, a vertical gradiometer array specifically designed for highly accurate Unexploded Ordnance (UXO) campaigns. Developed in-house by N-Sea, the system has been designed to collect and record high resolution data in magnetically noisy subsea environments and hostile conditions, delivering unprecedented accuracy, greater efficiency and enhanced safety in the detection of UXO. N-Sea Chief Operating Officer, Roddy James said: “N-Sea holds an impressive track record of UXO campaigns, with proven experience in the investigation and mapping of potential targets. “Magsense has been developed using this knowledge and experience. Specifically designed for wide seabed survey, with highly accurate UXO target detection and accurate modelling, it is suitable for use in all environments. Uniquely, this allows for the collection of high quality, high density gradiometer data in previously inaccessible, shallow tidal areas.” Used in conjunction with a Remotely Operated Tow Vehicle (ROTV), the MagSense frame can be towed through the water in ways previously not feasible, ensuring even the most uneven of terrain is tracked accurately and consistently. Additional sensors provide a better control of the unit, and the 3D steering of the frame drastically decreases the amount of infill to be budgeted for, whilst its specially-designed

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• DNV GL’s whit paper outlines the need for greater flexibility in power systems as the world looks for reliable, greener energy supply • Catalogues the range of flexibility resources available, highlighting their costs, benefits and barriers to adoption • Presents a new methodology for assessing business models and optimizing flexibility service portfolios   Arnhem, The Netherlands (8th December 2017) - DNV GL, the world’s largest resource of independent energy experts and certification body, has released a new white paper on flexibility resources for power systems ‘Flexibility in the power system: The need, opportunity and value of flexibility’. The paper looks at the value, benefits and opportunities for the various flexibility options, as well as the costs and the barriers to their adoption. The white paper evaluates all the feasible options for flexibility in power systems,  looking at their costs,  benefits and areas of applicability. Furthermore, it explores the various barriers – both economic and regulatory – organizations need to consider when developing their flexibility service offering. Power systems need to balance the amount of electricity generated against the electricity used by consumers and lost in the network. Any imbalance could cause instability and power outages. Previously, changing demand could be handled by ramping up and down

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Consultation procedure at Meyer Burger which opened on 2 November 2017 was completed on 28 November 2017 Proposals submitted by the Employee Representatives were examined in-depth by the Executive Board and a response delivered Meyer Burger Technology Ltd (SIX Swiss Exchange: MBTN) announced a cost efficiency programme on 2 November 2017 which included plans to discontinue all manufacturing activities in Thun by the end of 2018. In connection with this announcement, the company also opened the corresponding consultation procedure on 2 November 2017 which offered employees the opportunity to express their views and proposals to the plans. Constructive dialogue between Employee Representatives and Executive Board Throughout the consultation procedure, the Executive Board and the Employee Representatives maintained an active, respectful dialogue. The Employee Representatives had until 28 November 2017 to prepare and submit a written report of their proposals. The Executive Board examined all proposals in-depth and delivered their final response to the Employee Representatives and the Canton of Bern on 6 December 2017. The employees were informed of the results on 7 December 2017 by Meyer Burger CEO Hans Brändle and by the President of the Employee Representatives, Martin Fischer. Reduction in affected positions Of the up to 180 affected positions in manufacturing,

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Westmill takes BSR’s portfolio of solar under management to 536MW BSR, the leading low carbon service provider, has been appointed to manage Westmill Solar Park, the pioneering community-owned solar project, the companies announced today. Westmill, near Watchfield, Oxfordshire, was the first community-owned solar park in the UK and the world’s largest when it launched. The co-operative chose BSR to manage the 5MW project following a competitive tender, and the contract began this month, when BSR initiated a thorough review of the plant to optimise performance. Martin Allman, Director at Westmill Solar Co-operative, says: “We are delighted to have BSR working with us to maintain the excellent performance of our wonderful solar farm. BSR have demonstrated a commitment to achieving high standards of quality and value for money on many other solar farm sites. Their team recognise the unique nature of our project and their passion for community energy is clear.” The Westmill solar farm was constructed in 2011 and taken over by the Co-operative in 2012. More than 5,000 community groups have launched energy projects in the last five years and many of the largest will be going to tender in the coming months. BSR is one of the leading providers of solar O&M services in

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