Tg Teknikgruppen Ag
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Kemistvägen 10A
Täby
Sweden
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Partial scientific profile |
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Some documents of Tg Teknikgruppen Ag
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DISTANT OFFSHORE WINDFARMS WITH NO VISUAL IMPACT IN DEEPWATER
DOWNVIND Subjects :
Other Energy Topics, Scientific Research, Social Aspects, Meteorology, Innovation, Technology Transfer, Transport, Resources of the Sea, Fisheries, Fossil Fuels, Renewable Sources of Energy, Energy Saving, Waste Management, Environmental Protection, Policies, Energy Storage, Energy Transport
Contract type :
Integrated Project
Participants :
SSE GENERATION LTD UNITED KINGDOM
SSE GENERATION LTD
Westacott Way, Littlewick Geen UNITED KINGDOM
RISOE NATIONAL LABORATORY DANMARK
RISOE NATIONAL LABORATORY
Frederiksborgvej 399 DANMARK
Kungliga Tekniska Högskolan SVERIGE
Kungliga Tekniska Högskolan
Valhallav 79 SVERIGE
Germanischer Lloyd WindEnergie GmbH DEUTSCHLAND
Germanischer Lloyd WindEnergie GmbH
Steinhoeft 9 20459 DEUTSCHLAND
PLATFORM BROKERS V.O.F. NEDERLAND
PLATFORM BROKERS V.O.F.
Prinses Marielaan 18 NEDERLAND
HAMMARLUND ENERGY CONSULTING AB SVERIGE
HAMMARLUND ENERGY CONSULTING AB
Faraböke Gard SVERIGE
LUNDS UNIVERSITET SVERIGE
LUNDS UNIVERSITET
PO Box 117 PARADISGATAN 5C SVERIGE
Airicole AB SVERIGE
Airicole AB
Karlsrovägen 2A 18217 SVERIGE
NAUT UNITED KINGDOM
NAUT
UNITED KINGDOM
T.G. TEKNIKGRUPPEN AG SVERIGE
T.G. TEKNIKGRUPPEN AG
Kemistvägen 10A SVERIGE
THE UNIVERSITY COURT OF THE UNIVERSITY OF ABERDEEN UNITED KINGDOM
THE UNIVERSITY COURT OF THE UNIVERSITY OF ABERDEEN
King's College UNITED KINGDOM
Stokholms universitet SVERIGE
Stokholms universitet
Universitetsvägen 10 10691 SVERIGE
ENERGY RESEARCH CENTRE OF THE NETHERLANDS NEDERLAND
ENERGY RESEARCH CENTRE OF THE NETHERLANDS
Westerduinweg 3 NEDERLAND
UNIVERSITY OF STRATHCLYDE UNITED KINGDOM
UNIVERSITY OF STRATHCLYDE
16 Richmond Street UNITED KINGDOM
REPOWER SYSTEMS AG DEUTSCHLAND
REPOWER SYSTEMS AG
Alsterkrugchaussee 378 DEUTSCHLAND
Électricité de France (EDF) France
Électricité de France (EDF)
22-30 avenue de Wagram France
REPOWER SYSTEMS Germany
REPOWER SYSTEMS
Alsterkrugchaussee 378 Germany
TG TEKNIKGRUPPEN AG Sweden
TG TEKNIKGRUPPEN AG
Kemistvägen 10A Sweden
PLATFORM BROKERS VOF Netherlands
PLATFORM BROKERS VOF
Prinses Marielaan 18 Netherlands
TALISMAN ENERGY (UK) United Kingdom
TALISMAN ENERGY (UK)
Talsiman House, 163 Holburn Street United Kingdom
BEATRICE OFFSHORE DEEPWATER WIND FARM INTEGRATED PROJECT Talisman Energy is co-ordinator of the BEATRICEWINDENERGY multidisciplinary consortium of European stakeholders whose objective is to lead in the global market of installing and operating deepwater offshore wind farms. The consortium considers it feasible, albeit with substantial risk, to develop a "new generation" of wind turbine installation suited to offshore operations by making step change improvements in existing components design and utilising new approaches to manufacture, installation and "life of file" maintenance. However, to realise this aim a reduction on present day capital costs in the order of 20% will need to be achieved. The objective of the Beatrice Offshore Deepwater Wind Farm Integrated Project is to meet or exceed this cost reduction target by RTD and innovation in the following four main areas: Technology: Design suitable modifications to existing 5MW wind turbine generator (WTG) enabling appropriate marine transportation and installation in deepwater. Develop new generation WTG and power distribution systems. Develop new generation wind turbine peripheral sub-systems, processes and procedures for easy installation and maintenance. Develop and validate offshore wind turbine generator (WTG) mass production methodology. Establish parameters for multi WTG installations and tie-in to national grids. Economic and Social: Develop and validate the generic multi WTG offshore installation approach (or model) for: - Economics and planning- Environment and Improvement of social acceptance. Contribute to establishment of codes, standards and regulations for construction and operation. Demonstration: Prove the feasibility of fast track development and installation and then economic operation of offshore wind farms in deepwater.
Source :
cordis
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cordis