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Benefits in moving the inter-array voltage from 33 kV to 66 kV AC for large offshore wind farms Anna Ferguson [removed](1) Phil de Villiers [removed](2) Brendan Fitzgerald Bre
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Document Date: 2013-01-02 18:56:12


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City

Newcastle upon Tyne / London / /

Company

Statkraft / Atkins plc / Mainstream Renewable Power / E.ON / ScottishPower Renewables / DONG Energy / Statoil / SSE Renewables / RWE Innogy / Vestas / Siemens / /

Country

United Kingdom / /

Currency

GBP / /

/

Facility

Offshore substation / tower Initially / T3 Substation / l=cable Substation / laboratory Technology / /

IndustryTerm

array systems / control equipment / kV systems / heavier equipment / inter-array systems / offshore wind energy / higher voltage equipment / energy price / inter-array network / technology system / fact higher voltage equipment / radial systems / radial network / energy losses / higher voltage inter-array systems / electrical power systems / industry standard power systems analysis tool / electrical equipment / lost energy / power systems / offshore substation equipment / inter-array electrical systems / system energy losses / wind turbine equipment / energy / higher voltage systems / /

MarketIndex

case 75 / /

Organization

British Wind Energy Association / UK Government / /

Person

Anna Ferguson / /

Position

cable conductor / /

ProgrammingLanguage

DC / /

Technology

laboratory Technology / relevant environment Technology / characteristic proof-ofconcept Technology / operational environment Actual technology / /

URL

http /

SocialTag