Title
Pivoting Deck Vessel prototype construction

CoPED ID
74a2f3e3-b875-4ea9-a0d0-c0cc93b6bf7f

Status
Closed


Value
£9,321,895

Start Date
Dec. 1, 2016

End Date
Sept. 30, 2018

Description

More Like This


The project aim is to build a prototype Pivoting Deck Vessel (PDV) ready for trial by utilities, in which the PDV

will demonstrate that it increases offshore wind electricity generating revenues by reducing turbine downtime,

thereby decreasing the cost of offshore wind electricity and lowering UK consumer electricity bills. By

increasing renewable electricity generation, the amount of fossil fuel generation required reduces, thus also

lowering carbon emissions and increasing security of supply. Utilities require vessels to transfer crew and cargo

to offshore wind turbines for maintenance, as well as for wind farm construction. The problem is that current

vessel designs do not allow for safe and cost-effective access to turbines in rougher seas and so when seas are

high, turbine downtime increases, electricity generating revenues are lost and the costs of offshore wind

generation rise. The innovative pivoting deck design of North Sea Logistics’ PDV addresses this problem,

allowing safe access to turbines in higher seas for crew and cargo. The PDV was a 2011 finalist in the Carbon

Trust’s Offshore Wind Accelerator Access competition.

No people listed.

Subjects by relevance
  1. Wind turbines
  2. Wind energy
  3. Wind power stations
  4. Renewable energy sources
  5. Ships
  6. Wind farms
  7. Costs
  8. Maritime navigation
  9. Production of electricity
  10. Offshore constructions
  11. Wind generators
  12. Turbines

Extracted key phrases
  1. Deck Vessel prototype construction
  2. Offshore wind electricity generating revenue
  3. Offshore wind turbine
  4. Turbine downtime increase
  5. Wind farm construction
  6. Renewable electricity generation
  7. UK consumer electricity bill
  8. Project aim
  9. High sea
  10. PDV
  11. Fossil fuel generation
  12. Innovative pivoting deck design
  13. Rough sea
  14. Vessel design
  15. Safe access

Related Pages

UKRI project entry

UK Project Locations