Assessment of National Grid connection options for the Scottish Islands - March 2007

The Highlands and Islands of Scotland represent the greatest density of renewable energy resource in the UK which could make a significant contribution to the UK’s energy requirements and climate change targets.

Deriving benefit from this resource depends not only on its production, but on effective delivery to its point of use. To explore this issue consultants TNEI have prepared a report on the complexities surrounding methods of connecting strategic renewable energy resources from the islands into the UK transmission network.

This report was commissioned by Highlands and Islands Enterprise in conjunction with the Scottish Executive, Shetland Islands Council, Orkney Islands Council and Comhairle nan Eilean Siar.

The report is based on current estimates (at March 2007) for wind generation of 1,000 MW on the Western Isles, 600 MW on Shetland, 200 MW on Orkney and the 1,000 MW Beatrice offshore windfarm in the Moray Firth.

The full report can be downloaded here in Adobe pdf format, right, or you can use the following link:

Assessment of National Grid connection options for the Scottish Islands - March 2007


Related documents

| Assessment of National Grid connection options for the Scottish Islands - March 2007 (PDF 3.7 MB) 
Download time approx. 19m 59s at 28 Kbps Download time approx. 10m 30s at 56 Kbps Download time approx. 4m 11s at 128 Kbps Download time approx. 1m 1s at 512 Kbps


Main navigation

Highlands and Islands Enterprise
   How we can help
   About HIE
      Tenders
      Freedom of information
      Customer service
      Grant and State Aid Rules
   Area
   Resources
   Contact us


Section navigation

How we can help
About HIE
   Tenders
   Freedom of information
   Customer service
   Grant and State Aid Rules
Area
Resources
Contact us


Last updated: 17/03/2010 14:37
This is a small-screen version of "Assessment of National Grid connection options for the Scottish Islands - March 2007"  specifically for mobile devices.