ISC entered the offshore wind business with the development and design of the offshore substation for the worlds first offshore wind farm in 2003. This design by ISC has formed the basis for almost all offshore wind farm substations built today.

ISC key competence derives from the ability to undertake the complete range of tasks associated with substation design, from FEED/concept design through detailed design, Tender documents, Assistance during fabrication and installation and commissioning phase, Site supervision and follow up.

ISC provides independent engineering both directly for wind farm owners and developers as well as for EPCI contractors.

  • FEED: Layout, Descriptions, Feasibility Studies and preparation for Basic & Detail Design.
  • Basic & Detail Design: Design Basis, Design Briefs, Design, Drawings and Design Reports.
  • Certifications: All projects are certified by independent certification agencies such as DNV-GL, Bureau Veritas and Lloyds.
  • Authority Approval: Approval in accordance with country-specific regulations such as e.g BSH in Germany
  • Offshore Assistance: Skilled staff is holding offshore certificate.
  • General Arrangement: Working with the client to achieve the best platform layout solution.
  • Structural: Design of an economical yet robust structure which optimizes efficient installation. Geotechnical design and design of piles, substructure and topside.
  • Electrical: All electrical installations. Cableways, Earthing and Bonding, Single Line Diagrams, Power- and Light installations, Fire Alarm System, Auxiliary Systems and ATEX Area Classification.
  • HVAC: Design of systems to maintain the correct conditions for the sensitive platform equipment.
  • Mechanical: Working together with the client to ascertain the appropriate demands and specifications for equipment, lifting and environmental protection.
  • Piping Process: Open drain, bunkering, debunkering, sea water cleaning, technical water and sewage systems. Isometrics, material lists and stress analysis.
  • Process: Process Flow (PFD), Process & Instrumentation Diagrams (P&ID) and flow calculations.
  • Fire & Safety: Cooperating with the client to achieve cost-effective fire & safety design. Chaired Hazid and Hazop sessions for the client. Risk Management.

Contact

Anders Thomsen
Tlf: +4535278800
Mail: info@isc.dk


Torben Løkkegaard
Tlf: 35278800
Mail: info@isc.dk


Andreas Laungaard
Tlf: Andreas Laungaard
Mail: info@isc.dk


Albatros Offshore wind farm

The Albatros OTM offshore wind farm is located in the German bight, 105km from the German coast. The offshore substation enables approximately 117MW of clean energy to be sent ashore.

Kriegers Flak

The Kriegers Flak A & B/E offshore wind farms are located in the Danish Baltic sea. Kriegers Flak A & B/E will generate up to 200/400 MW.

Rentel Offshore Wind Farm

Rentel NV is developing the 300 MW Rentel Offshore Wind Farm (REN) located on the Belgium Continental Shelf approximately 40 km from Oostende on the Belgium coast. STX France delivers the offshore substation. The offshore substation is delivered by STX France under an EPCI contract to Rentel NV.

The Nordsee Ost Offshore Wind Farm

The Nordsee Ost offshore wind farm is located in the German Bight, 35km from the Isle of Helgoland. The offshore substation enables 295MW of clean energy to be sent ashore and power up to 320,000 households.

Secondary Structural Designs

ISC A/S has for a significant number of Offshore Windfarms, with Dong Energy as the client, carried out a variety of analysis and designs of secondary structures positioned in and on the Transition Piece of the WTG foundation.

Lillgrund Windpower Plant

Seven kilometers off the Swedish coast just south of the navigational passage of the Oresund Bridge is located Lillgrund, a shallow area ideal for placing a windmill farm consisting of 48 offshore turbines and a transformer platform. Vattenfall AB will be contractors on the project.

Albatros Offshore wind farm

The Albatros OTM offshore wind farm is located in the German bight, 105km from the German coast. The offshore substation enables approximately 117MW of clean energy to be sent ashore.

Kriegers Flak

The Kriegers Flak A & B/E offshore wind farms are located in the Danish Baltic sea. Kriegers Flak A & B/E will generate up to 200/400 MW.

Rentel Offshore Wind Farm

Rentel NV is developing the 300 MW Rentel Offshore Wind Farm (REN) located on the Belgium Continental Shelf approximately 40 km from Oostende on the Belgium coast. STX France delivers the offshore substation. The offshore substation is delivered by STX France under an EPCI contract to Rentel NV.

The Nordsee Ost Offshore Wind Farm

The Nordsee Ost offshore wind farm is located in the German Bight, 35km from the Isle of Helgoland. The offshore substation enables 295MW of clean energy to be sent ashore and power up to 320,000 households.

Secondary Structural Designs

ISC A/S has for a significant number of Offshore Windfarms, with Dong Energy as the client, carried out a variety of analysis and designs of secondary structures positioned in and on the Transition Piece of the WTG foundation.

Lillgrund Windpower Plant

Seven kilometers off the Swedish coast just south of the navigational passage of the Oresund Bridge is located Lillgrund, a shallow area ideal for placing a windmill farm consisting of 48 offshore turbines and a transformer platform. Vattenfall AB will be contractors on the project.

West Of Duddon Sands

ISC has for DONG Energy A/S og Scottish Power Renewables performed detailed design of the substation West of Duddon Sands´ topside and jacket. The substation contains 2 transformers with a total of 389 MW. The substation is situated in 19 m water depth in the eastern part of the Irish Sea.

Northwind

ISC has carried out detailed design on the Northwind substation topside, which is to be placed in the Belgian North Sea. The substation has a capacity of 216 MW and weighs 1200 tonnes. The water depth is app. 20 m and the foundation is a monopile jacket.

Gode Wind 1

ISC har udført detailed desing af topside og jacket på Gode Wind I transformerplatform. Topsiden er placeret i tyske del af Nordsøen på en traditionel firbenet jacket på 30 m vand ca 40 km fra den tyske kyst. Transformerplatformen er på 332 MW.