offshoreWIND.biz
  • Fixed-Bottom
  • Floating Wind
  • Supply Chain
  • News
  • About
  • Contact
JobsNewsletter
offshoreWIND.biz logo
Topics
  • Fixed-Bottom
  • Floating Wind
  • Supply Chain
  • Power-to-X
  • Grid Connection
Network
  • Dredging Today
  • NavalToday
  • Offshore Energy
  • Offshore Wind
  • Maritieme Vacaturebank
Company
  • Advertising
  • Newsletter
  • Jobs
  • Privacy
  • Report your news

© 2026 Navingo. All rights reserved.

Home›Grid Connection›Triton Knoll Electrical System Registration Ends
Grid Connection

July 14, 2015 · about 11 years ago

Triton Knoll Electrical System Registration Ends

Registration of interested parties for the project which will connect the Triton Knoll offshore wind farm to the national grid has closed. Triton Knoll Electrical System comprises substation, underground cables, the offshore export cables an electrical compound along the onshore cable route. After t

1 minutes read
  • LinkedIn
  • X
  • Email

Registration of interested parties for the project which will connect the Triton Knoll offshore wind farm to the national grid has closed.

Triton Knoll Electrical System comprises substation, underground cables, the offshore export cables an electrical compound along the onshore cable route.

After the closing of the registration, the Examining Authority will be appointed to examine the application followed by Preliminary Meeting.

According to the Examining Authority’s website, it is not essential to attend this meeting as the interested parties will be sent details of how to take further part in the examination in any event.

Located off the coast of Lincolnshire, Triton Knoll will comprise up to 288 turbines with a total capacity of up to 900MW capable of power around 800,000 households.

The power generated by the offshore wind turbines will be collected by the offshore substation platforms and transformed to a suitable voltage for export, before being exported by sub-sea and underground cabling. An Intermediate Electrical Compound is required to compensate for the reactive power that is a characteristic of long distance alternating current circuits. A step-up substation in the vicinity of the existing National Grid Substation at Bicker Fen will transform the power to match the operating voltage of the national electricity network which operates at a voltage of 400kV prior to transmission.

Reach the offshoreWIND.biz industry in one go!

offshoreWIND.biz 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 offshoreWIND.biz 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. 1Cadeler Adds Wind Ace to Fleet, First Stop East Anglia Two
  2. 2Turbine Installation at Thor Offshore Wind Farm Reaches Halfway Point
  3. 3South Korean Cable Maker Takes Delivery of Its Second Cable Laying Vessel
  4. 4Aker Solutions Joins Bellrock Floating Offshore Wind Farm Team

Related articles

Van Oord and Sumitomo Sign HVDC Subsea Cable Systems Deal with SSEN Transmission
Cables

Van Oord and Sumitomo Sign HVDC Subsea Cable Systems Deal with SSEN Transmission

20 days ago

Export Cable Installation Completed at Inch Cape Offshore Wind Farm
Cables

Export Cable Installation Completed at Inch Cape Offshore Wind Farm

27 days ago

Daily offshore wind news in your mailbox

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

Subscribe free

Related news

Van Oord and Sumitomo Sign HVDC Subsea Cable Systems Deal with SSEN Transmission
Cables

Van Oord and Sumitomo Sign HVDC Subsea Cable Systems Deal with SSEN Transmission

20 days ago
Export Cable Installation Completed at Inch Cape Offshore Wind Farm
Cables

Export Cable Installation Completed at Inch Cape Offshore Wind Farm

27 days ago