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Offshore 'Can Supply 25% of EU Energy'

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Offshore 'Can Supply 25% of EU Energy' Produced by RECHARGE | rechargenews.com OFFICIAL SHOW DAILY DAY ONE In association with Offshore ‘can supply 25% of EU energy’ MHI Vestas CHRISTOPHER HOPSON launches 9.5MW DARIUS SNIECKUS offshore turbine ffshore wind could churn out enough power to meet at DARIUS SNIECKUS Oleast 25% of the EU’s power needs by the end of the next decade HI Vestas has unveiled a at an average of €54/MWh in the mighty 9.5MW version of “most favourable locations” off UK, Mits V164 turbine, which has Denmark, the Netherlands, Germany already been earmarked for several and France, according to a new projects off Europe and will be resource assessment produced for immediately available as an upgrade industry body WindEurope by BVG for all current and future orders. The UK’s 317MW Associates and Geospatial Enterprises. Sheringham Shoal The souped-up design will have a But to reach this target — which wind farm retooled transmission system and is based on fixed foundations fly the OEM’s field-proven 80-metre and includes grid connection “structural shell” blades powering a — governments will have to up results show that the industry has “In our upside analysis — which is drivetrain with an ultra-high torque their game by removing barriers achieved unprecedented levels of driven by a more optimistic scenario load gearbox, permanent-magnet preventing the wider deployment of competitiveness through rapid of 86GW being installed by 2030 generator and full-scale converter. the technology via national energy, progress in technology, industrial — the cost of the same amount of MHI Vestas V164 senior product climate and economic development growth and a reduction in the cost resource falls to an average of CONTINUED on Page 4 Statkraft | plans, as currently only 7-11% of EU of capital,” says BVG director Giles €51/MWh, and the locations of demand will be met by offshore wind Hundleby, lead author on the report, the lowest cost resource widen by 2030. Unleashing Europe’s offshore wind significantly to include significant VISIT RECHARGE AT STAND S-D40 Photograph Photograph “Recent government auction potential, released today at OWE 2017. CONTINUED on Page 3 Unleashing Limitless Energy GE Renewable Energy works every day so that no one will ever have to choose between affordable, reliable, and sustainable energy. We take the earth’s most abundant resources—the strength of the wind, the force of water, and the heat of the sun—and put them to work with breakthrough technology that unleashes their true possibilities. GE Renewable Energy exists to change the future of energy. www.gerenewableenergy.com GEAD474-02 London_Ad_No2_230x100_R1.indd 1 5/30/17 1:26 PM RECHARGE | OFFICIAL EVENT DAILY One offshore wind turbine will now power more than 8,300 UK homes per year. The world’s most powerful turbine platform, the V164-8.0 MW, is now uprated to 9.5 MW. A proven platform. 9.5 MW. Available now. Join us at our stand to learn more. facebook.com/ linkedin.com/ MHIVestasOffshoreWind company/mhi-vestas-offshore-wind youtube.com/ twitter.com/ MHIVestasOffshoreWind MHIVestas mhivestasoffshore.com AD_MVOW_rechargeNews-297x230.indd 1 31/05/2017 08.56 Siemens’ slimline Offshore wind Offshore Transformer Module, which will be supplied to the 112MW ‘can supply at Albatros project least 25% of EU energy demand’ FROM Front Page areas in the Atlantic and Baltic as well as the North Sea, and to include floating as well as bottom- fixed foundation solutions. “The extra value of this upside scenario in terms of cost to the consumer and potential for technology export is significant, and justifies concerted action from governments and industry to make it happen.” The report highlights that Europe’s current 12.6GW of One offshore wind turbine will now power installed offshore wind is only more than 8,300 UK homes per year. a fraction of the longer-term potential, with vast capacity that could be added from waters The world’s most powerful turbine platform, off Ireland, Poland, Latvia and Siemens Gamesa wins ‘full-scope’ Lithuania and from floating wind. the V164-8.0 MW, is now uprated to 9.5 MW. Pierre Tardieu, WindEurope’s supply contract for Albatros chief policy officer, tells Recharge that together with the industry A proven platform. it is working with relevant LEIGH COLLINS than a conventional substation, EnBW, will be responsible European countries to ensure they 9.5 MW. Available now. thus reducing installation costs for inter-array cabling and have ambitious offshore wind iemens Gamesa Renewable and lessening “service and construction co-ordination. deployment plans to 2030. Energy has been awarded maintenance efforts”. “EnBW Albatros allows us “Having significant volumes, of Sthe “full-scope” contract After commissioning in 2019, to demonstrate our broad at least 4GW per year in Europe, to supply sixteen 7MW turbines, Siemens Gamesa will provide competence in offshore projects, will be critical for the industry to Join us at monopile foundations and grid service and maintenance for five ranging from project-specific sustain the current cost reduction connection for EnBW’s 112MW years. engineering services and the pathway and become competitive Albatros project in the German Albatros will be connected to the beneficial combination of power with conventional energy ahead of our stand to North Sea. generation and transmission 2030,” he says. Albatros will be the first in technology to service and The report authors note offshore learn more. German waters to use Siemens’ maintenance concepts”, says wind has the theoretical potential Offshore Transformer Module Michael Hannibal, offshore chief to generate between 2,600- (OTM), a slimline cost-cutting executive for Siemens Gamesa. 6,000TWh per year at €65/MWh substation, which will sit atop a “This project has a high relevance using the technologies that “will single monopile foundation. It will for us since we will turn the have developed” by 2030, meaning also offer considerable synergies 112MW wind power plant into a it could meet between 80% and in planning, construction and highly profitable investment for 180% of the EU’s total electricity operation, as it will be built at the our customer via cutting-edge demand “in the baseline and same time as the neighbouring technology and smart details.” upside scenarios respectively”. Michael 497MW EnBW Hohe See, which is Hannibal The first project to host Siemens’ also being supplied by Siemens. OTM will be the 588MW Beatrice “Through the project-specific project in the UK North Sea. approach, all technology grid via the Siemens-built BorWin Although Siemens offers an components work perfectly Beta high-voltage direct-current OTM that wraps around the aligned so that the risk for all converter platform, which also base of a turbine, both Beatrice involved parties is mitigated,” says converts the power from the Veja and Albatros will use standalone WindEurope | Siemens Gamesa. “At the same Mate and Global Tech 1 wind versions of the technology without time, a bundling of installation farms. an attached turbine. They will, works and a centralised project Belgium’s GeoSea will construct however, use the same foundations Siemens | planning create valuable synergies.” and install the monopiles for as the turbines in their respective Pierre facebook.com/ linkedin.com/ Tardieu MHIVestasOffshoreWind company/mhi-vestas-offshore-wind The company says that the Albatros and Hohe See, while projects — jackets for Beatrice and Images OTM is 30% smaller and lighter project owner, German utility a monopile for Albatros. youtube.com/ twitter.com/ MHIVestasOffshoreWind MHIVestas mhivestasoffshore.com rechargenews.com 3 AD_MVOW_rechargeNews-297x230.indd 1 31/05/2017 08.56 RECHARGE | OFFICIAL EVENT DAILY MHI Vestas unveils world’s most powerful wind turbine FROM Front Page manager Anders Bach Andersen tells Recharge the 9.5MW will answer the market’s growing demand for turbines that further reduce capital and operation expenditure. “From the market perspective, we have seen these extremely positive price developments due to the auctions in Germany and elsewhere and this points to the very big success story of the offshore wind industry driven by capex, cost of capital and risk reductions,” he states. “This machine will help the industry take even more capex Will 13-15MW turbines be ready out on a one-turbine, one- foundation basis, by offering even higher output per square metre of in time for zero-subsidy projects? swept area.” The 9.5MW model uses a BERND RADOWITZ at EnBW, tells Recharge. The just announced its 8MW will beefed-up version of the turbine’s company then double-checked be beefed up to 9.5MW. Chief original three-stage, medium- hen Dong and EnBW this information against its own executive Jens Tommerup tells speed gearbox that is able to deal won 1.38GW of reverse-engineering data and Recharge that the manufacturer’s a gut-wrenching 9,500 kilonewton Woffshore wind with cost calculations before making journey of technical upgradings metres of torque, helped by a zero-subsidy bids at the recent its bid. will continue, but refuses to go new flange connection featuring German tenders, both developers Dong also expects turbines of into specifics. ultra-strong shear pins and a said one of the reasons they could 13-15MW to be available by 2024. “We still have a very strong VR rejigged cooling system with a offer such low bids is that turbines “We have inside information technology platform which “rearranged” flow that absorbs will have nameplates of 13-15MW into what the OEMs are doing, we are further improving and extra heat by feeding the by the time of project construction, but we are not allowed to developing on all the time,” generator and converter with a generating far more bang for the comment on that, we are bound he says.
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