Power & Energy Solutions

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This has been clearly demonstrated by the outbreak of COVID-19 with countries across the world needing to rapidly put in place the necessary infrastructure to combat the virus and subsequently dealing with the wider economic consequences of the health crisis. While some industries, such as aviation and retail, have limited operations to reduce the spread of COVID-19, other sectors have joined forces to support relief efforts. Temporary field hospitals and testing facilities are being built in a matter of days, manufacturers are changing production lines to increase the volume of respirators, antibacterial products and PPE available, while data centres are under strain to support the greater demand caused by at-home working. This results in drastically changed load profiles and a high demand of flexible power solutions. Keeping decarbonisation on the agenda For the time being, how power, particularly emergency power, is generated is less of a concern, with focus on just ensuring that there is reliable supply to keep people safe and the economy functioning. Decarbonisation is therefore in danger of falling down the priority list but, we must not allow the pandemic to stall the momentum we’ve seen in recent years. It is encouraging that COP26 plans to urge countries

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Jan De Nul Group is proud to announce that it has completed the offshore Trianel Windpark Borkum II (TWBII) project in the German North Sea. All 32 Wind Turbine Generators (WTG) have been installed and mechanically completed. Jan De Nul Group and its Subcontractor Global Wind Service subsequently finalized the mechanical completion of the 32 WTGs in order to have them ready for commissioning by TWBII. About Trianel Windpark Borkum II Jan De Nul Group was awarded the WTG installation works by Senvion in December 2017, after which the start of the WTG installation works was delayed due to Senvion’s insolvency proceedings. The offshore wind farm Trianel Wind Park Borkum (Phase II) comprises 32 offshore WTG of 6.33 MW each. The scope of Jan De Nul Group included both the offshore installation of the WTGs and the mechanical completion works. Jan De Nul Group was also in charge of three other German renewables projects: installation of the HVAC export cable for the Offshore Wind Farm Trianel Borkum II; installation of the HVAC export cable for the Offshore Wind Farm Borkum Riffgrund II and installation of 36 monopiles and transition pieces for the Offshore Wind Farm Borkum Riffgrund II. About Jan De Nul Group Design. Build. Connect.

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Continuing their growth into developing markets to better serve their clients, UK based offshore container provider, Cargostore Worldwide have announced their expansion into Taiwan in partnership with Rhenus Offshore Logistics and local agent Maxlines New Energy & Project Logistics Inc., in support of the Taiwanese offshore wind industry. With a projected 5.7GW of installed offshore wind capacity planned by 2025, the industry in Taiwan is growing rapidly, and to support this Cargostore has opened a DNV Offshore CCU depot in the port of Taichung which is now fully operational. The depot will stock a range of DNV 2.7-1 certified units including Open Top and Half Height offshore CCU’s available now with more units being deployed within the coming weeks. To celebrate the opening of the depot, Cargostore, Rhenus Offshore and Maxlines are hosting an open day at the depot on June 1st. The open day will highlight how they can support the regional offshore wind market, with Cargostore’s DNV 2.7-1 certified containers on display. The port of Taichung, situated on the west coast of Taiwan, is strategically placed to service the construction, operation, and maintenance of the planned wind farms, with the majority located off the west coast. Situating the depot at this location

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Meyer Burger Technology Ltd (SIX Swiss Exchange: MBTN or the "Company") today informs about its plans for an ordinary capital increase to finance the built up of production capacities for technologically leading solar cells and modules. By transforming its business model, the Company significantly expands its value chain to achieve sustainable profits. In the long-term, the Company will benefit from the technology and cost leadership of its patented heterojunction/SmartWire technology (SWCT®). MBTN invites its shareholders to an Extraordinary General Meeting to be held on July 10, 2020. The Board of Directors of the Company proposes an ordinary capital increase to the shareholders at an Extraordinary General Meeting to be held on July 10, 2020. Within the framework of the capital increase, the Company expects to raise gross proceeds of CHF 165 million. New strategic direction allows Meyer Burger to leverage full value of technological leadership At the Annual General Meeting held on May 13, 2020, Meyer Burger had announced that it was considering plans for establishing an own large-scale cell and module production in Germany. The reason for this fundamental change of direction is the realization that the Company has not been able to generate profits from its technological leadership in recent

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18 June 2020, LONDON: A new publicly available design of recommended boat landing geometry has been released today for use by offshore wind developers and Crew Transfer Vessel (CTV) owners and operators. The design offers a consistent fender geometry for use on CTVs across different wind farms, reducing the time and cost of changing fenders. It was developed by the Offshore Wind Accelerator (OWA), a collaborative research, development and deployment programme between the Carbon Trust and nine offshore wind developers. The new design follows analysis of the interaction and impact of CTVs on boat landings during push-on transfers to offshore structures and other vessels, and incorporates better-defined CTV loads, as well as industry feedback and recommendations. It also adheres to the G+’s health and safety guidelines. Currently there is wide inconsistency in boat landing geometry between different wind farms, even those located in close proximity to each other.  This inconsistency results in CTVs either not having the correct fender configuration to safely undertake crew transfer operations, or having to switch fender configurations when operating between wind farms, which increases health and safety risk. G+ 2018 incident data reported 278 incidents and hazards involving vessels, one-third of which were related to turbine access, and in

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World leader in heat transfer, centrifugal separation and fluid handling, Alfa Laval – has signed two frame agreements, running over the coming three years, for ballast water treatment systems. The agreements comprise firm orders to deliver Alfa Laval PureBallast 3 to about 40 vessels, with options covering another 40 systems. Even as the shipping industry has been heavily hit by the current pandemic, Alfa Laval has continued working closely with its marine customers to secure their daily operations and keep them prepared for tomorrow. “We are proud to have secured these orders – especially in these challenging times,” says Sameer Kalra, President of the Marine Division and continues; “This confirms PureBallast 3’s status as a market-leading solution, while also proving that our focus on business continuity has been successful. We have worked hard to ensure that we remain close to our customers and can support them when they need us, despite the limitations imposed by the pandemic.” The value of the firm orders is approximately SEK 100 million, including Alfa Laval PureBallast 3 systems and in some cases, also deck houses and booster pump units. The orders will be booked in the Marine Separation & Heat Transfer unit. About Alfa Laval PureBallast PureBallast, which was the first

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Partnership will play a key role in Aggreko’s strategy to drive data efficiency Time taken to identify inventory shortages will be cut from 8 hours to 5 minutes Insights will help Aggreko create greater value for customers 18 June 2020, London – Aggreko, the global specialist provider of mobile modular power, temperature control and energy services, uses Azure Synapse Analytics to support its efforts to drive data efficiency across the business. This tool will help transform Aggreko’s existing data strategy through, for example, the integration of just-in-time inventory and increased operational efficiency. Data helps Aggreko to drive value for its customers across the world, which range from powering the Rugby World Cup in Japan, to remote mines in Australia to providing power to the entire Caribbean island of St Croix. Data has an increasingly important role to play for Aggreko as it continues to integrate digital solutions into its operations and respond to the global energy transition. As the adoption of renewables and volume of local generation increases, so too will the complexity of keeping supply and demand in balance. Sophisticated systems and controls are needed to integrate an ever-wider set of energy sources and interact with traded energy markets, all while ensuring

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Hamburg, 18 June 2020. The Nordex Group has received an order from its major customer ABO Wind for the supply and installation of nine N149/4.0-4.5 turbines for the Finnish project "Kokkoneva". The turbines will be supplied in the 4.8 MW operating mode. The contract also includes a premium service contract of the turbines for the term of 15 years with an extension option to 25 years. The 43.2 MW wind farm "Kokkoneva" will be built south of Kestilä in the municipality of Siikalatva in north-eastern Bottnia, not far from Lake Oulujärvi. The Nordex Group supplies the wind turbines in the cold climate version and installs them on tubular steel towers with a hub height of 155 metres. This enables the turbines to generate the highest possible yield at the site, which has an average annual wind speed of 7.4 m/s. The start of the installation is scheduled for the second half of 2021. In 2019, ABO Wind was awarded the contract to operate the “Kokkoneva” wind farm in the first technology-neutral tender for renewables in Finland. "This underlines that we are one of the leading project developers in Finland," says Aapo Koivuniemi, Managing Director of ABO Wind Oy, the Finnish subsidiary of

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Board of Directors and CEO Markus Tacke mutually agree to terminate CEO contract Offshore head Andreas Nauen appointed new CEO with immediate effect  Management expects additional project costs in third quarter The Board of Directors and Markus Tacke have mutually agreed to terminate his CEO contract, effective June 17, 2020. Andreas Nauen (55), who has headed the company’s successful offshore activities, has been appointed the new CEO with immediate effect. "We’d like to thank Markus Tacke for his work over the past three years and, in particular, for the integration of Siemens Wind Power and Gamesa in the course of the merger," said Miguel Angel López, Chairman of the Board of Directors of Siemens Gamesa. A new CEO for the offshore division will be announced in due course. The Company also wishes to communicate that based on the assessment of management, project costs and the financial impact of COVID-19 disruptions will result in a negative EBIT in the third quarter, before PPA and integration & restructuring costs. The anticipated positive EBIT in the fourth quarter is not expected to completely offset the negative development for the full fiscal year. “Andreas Nauen has successfully demonstrated his ability to handle complex projects in the past.

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Nick Sharpe, Director of Communications and Strategy at Scottish Renewables, said: “Scottish Renewables has joined many other organisations in the UK and around the world in calling for a green economic recovery from coronavirus - one which does not lock in fossil fuel investment, but gives us a chance to build a fairer, healthier, more resilient society. “The funds committed to CARES today will provide an opportunity for communities to invest in and benefit from the energy generation technologies of the future as we move towards net-zero emissions by 2045. “The additional funding which has been allocated to the Low Carbon Infrastructure Transition Programme will, as this programme has proved in the past, support some of the most cutting-edge and ambitious energy projects anywhere in the world, and we're delighted that they will now be able to form some of the green shoots of Scotland's recovery from the current global health emergency.”

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