Offshore Wind
  • Fixed-Bottom
  • Floating Wind
  • Supply Chain
  • Contracts & Tenders
  • Grid Connection
  • More news
JobsNewsletter
Offshore Wind logo

Your trusted source for global offshore wind news, part of the Navingo network.

Topics
  • Fixed-Bottom
  • Floating Wind
  • Grid Connection
  • Power-to-X
  • Supply Chain
Network
  • Offshore Wind
  • Dredging Today
  • NavalToday
  • Offshore Energy
  • Maritieme Vacaturebank
Company
  • Advertising
  • Newsletter
  • Jobs
  • Report your news
  • Privacy

© 2026 Navingo. All rights reserved.

Home›Grid Connection›Nexans Provides Specialized Trenching Service for Baltic 1 Offshore Wind Farm Subsea Power Export Cables (Germany)
Grid Connection

January 26, 2011 · about 15 years ago

Nexans Provides Specialized Trenching Service for Baltic 1 Offshore Wind Farm Subsea Power Export Cables (Germany)

Nexans, the worldwide leader in the cable industry, has been called in by EnBW (Energie Baden-Wurttemberg) to use its specialized Capjet trenching system to protect the HV (high voltage) subsea power export cables for Baltic 1, Germany’s first commercial offshore wind farm. Nexans provides specializ

3 minutes read
  • LinkedIn
  • X
  • Email

Nexans, the worldwide leader in the cable industry, has been called in by EnBW (Energie Baden-Wurttemberg) to use its specialized Capjet trenching system to protect the HV (high voltage) subsea power export cables for Baltic 1, Germany’s first commercial offshore wind farm.

Nexans provides specialized trenching service for Baltic 1 offshore wind farm subsea power export cablesThe Baltic 1 wind farm, comprising 21 wind turbines with a total capacity of 48 MW, is located around 16 km offshore from the German coast. The electricity produced by the wind farm is connected to the onshore grid by three 170 kV AC cables that make landfall close to the city of Rostock.

Because of the relatively shallow waters in this area of the Baltic Sea (typical depths range from 16 to 19 metres) it is vital that the power export cables are protected against damage by sea anchors and fishing activities. So in December 2010, Nexans started work on a four-week contract to protect a total length of some 50 km of cables by burying them into the seabed to a depth of around 1.5 metres.

Capjet in-house trenching system

The Baltic 1 cables are being buried by Nexans’ specialized trenching system, developed in-house and known as Capjet. This uses a water-jet system both to create a trench and to propel the trenching machine.

The Capjet system is used for trenching umbilicals, power cables and fibre-optic cables as well as pipelines. Capjet fluidises the seabed material to create the trench – the fluidised material then falls back on top of the cablel as back-filling after the machine has passed. The cable does not pass through the machine, and no forces are directly applied to it – there is therefore no risk of damage to it during the trenching process. The machine is capable of trenching in most clay and sandy soil conditions and Nexans’ Capjet machines have trenched a total of well over 8,000 km of umbilicals, cables and pipelines.

Complete trenching service for hire

Nexans originally developed the Capjet trenching technology to protect its own cables as part of a complete turnkey service for subsea power links. However, Nexans is now offering Capjet as a separate, standalone service for contract hire by other cable OEMs or contractors.

The Capjet service operates from the Nexans offshore cable development and production facility in Halden, Norway. But it can be deployed anywhere in the world either on Nexans’ own vessel or on a host vessel with DP (Dynamic Positioning) and is supported by Nexans’ own highly trained and experienced team of operators who can operate Capjet on a 24/7 basis if required.

“The BorWin 1 trenching contract reflects the growing interest worldwide from customers wishing to take advantage of our Capjet service on a contract-hire basis”, says Trond Steinskog, Nexans sales Manager Offshore Wind Farms and Trenching. “Not only does this service help address the current shortfall in trenching capacity, it also provides a very cost-effective route for customers to adopt the very latest in efficient and environmentally-friendly cable trenching techniques.”

[mappress]

Source: nexans, January 26, 2011

Reach the Offshore Wind industry in one go!

Offshore Wind is read by thousands of professionals every day.

Increase your visibility with banners, tell your story with a branded article, and showcase your expertise with a full-page company profile in our business directory.

CONTACT

Follow Offshore Wind on:

Filed under

Grid Connection

Daily Offshore Wind News in Your Mailbox

Join thousands of industry professionals who start their day with our newsletter.

Trending Now

  1. 1Norway Revises Utsira Nord Floating Wind Support Terms
  2. 2Germany to Auction 4 GW of Offshore Wind Capacity in 2027 Under Revised Site Plan
  3. 3Offshore Substations for Gennaker Wind Farm En Route to Baltic Sea (VIDEO)
  4. 4US Wind Gives Up Sparrows Point Site as Offshore Wind Project Faces Delays

Daily Offshore Wind News in Your Mailbox

Join thousands of industry professionals who start their day with our newsletter.

Subscribe free