Heavy lift vessel strategy analysis for offshore wind

Iain Allan Dinwoodie, David McMillan

Research output: Contribution to conferencePaper

8 Citations (Scopus)

Abstract

To minimise the future cost of energy for future large, remote offshore wind farms, new maintenance methodologies may be required. This paper presents a modelling framework to test these maintenance methodologies in order to determine where different operational choices represent the cost optimal solution. The sensitivity of operational strategies to wind farm size as well as failure rates of major components has been examined in order to demonstrate the capability of the modelling approach as well as identify the strengths and weaknesses of the strategies.
Fix on fail methodology has been identified as cost effective only for small wind farms where failure rates are low. Vessel purchase becomes cost effective when the wind farm is sufficiently large or failure rate is high. A batch repair approach is shown to provide comparable costs to purchasing a vessel without the large capital costs but reduces the overall power produced. Several additional areas for future model development and research have been identified.
LanguageEnglish
Number of pages9
Publication statusPublished - Feb 2013
EventEWEA Annual Wind Energy Event 2013 - Vienna, Austria
Duration: 4 Feb 20137 Feb 2013

Conference

ConferenceEWEA Annual Wind Energy Event 2013
CountryAustria
CityVienna
Period4/02/137/02/13

Fingerprint

Costs
Offshore wind farms
Purchasing
Repair

Keywords

  • wind
  • operation and maintenance
  • reliability
  • vessel strategy analysis
  • offshore wind
  • heavy lift

Cite this

Dinwoodie, I. A., & McMillan, D. (2013). Heavy lift vessel strategy analysis for offshore wind. Paper presented at EWEA Annual Wind Energy Event 2013, Vienna, Austria.
Dinwoodie, Iain Allan ; McMillan, David. / Heavy lift vessel strategy analysis for offshore wind. Paper presented at EWEA Annual Wind Energy Event 2013, Vienna, Austria.9 p.
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Dinwoodie, IA & McMillan, D 2013, 'Heavy lift vessel strategy analysis for offshore wind' Paper presented at EWEA Annual Wind Energy Event 2013, Vienna, Austria, 4/02/13 - 7/02/13, .

Heavy lift vessel strategy analysis for offshore wind. / Dinwoodie, Iain Allan; McMillan, David.

2013. Paper presented at EWEA Annual Wind Energy Event 2013, Vienna, Austria.

Research output: Contribution to conferencePaper

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AU - McMillan, David

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N2 - To minimise the future cost of energy for future large, remote offshore wind farms, new maintenance methodologies may be required. This paper presents a modelling framework to test these maintenance methodologies in order to determine where different operational choices represent the cost optimal solution. The sensitivity of operational strategies to wind farm size as well as failure rates of major components has been examined in order to demonstrate the capability of the modelling approach as well as identify the strengths and weaknesses of the strategies.Fix on fail methodology has been identified as cost effective only for small wind farms where failure rates are low. Vessel purchase becomes cost effective when the wind farm is sufficiently large or failure rate is high. A batch repair approach is shown to provide comparable costs to purchasing a vessel without the large capital costs but reduces the overall power produced. Several additional areas for future model development and research have been identified.

AB - To minimise the future cost of energy for future large, remote offshore wind farms, new maintenance methodologies may be required. This paper presents a modelling framework to test these maintenance methodologies in order to determine where different operational choices represent the cost optimal solution. The sensitivity of operational strategies to wind farm size as well as failure rates of major components has been examined in order to demonstrate the capability of the modelling approach as well as identify the strengths and weaknesses of the strategies.Fix on fail methodology has been identified as cost effective only for small wind farms where failure rates are low. Vessel purchase becomes cost effective when the wind farm is sufficiently large or failure rate is high. A batch repair approach is shown to provide comparable costs to purchasing a vessel without the large capital costs but reduces the overall power produced. Several additional areas for future model development and research have been identified.

KW - wind

KW - operation and maintenance

KW - reliability

KW - vessel strategy analysis

KW - offshore wind

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M3 - Paper

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Dinwoodie IA, McMillan D. Heavy lift vessel strategy analysis for offshore wind. 2013. Paper presented at EWEA Annual Wind Energy Event 2013, Vienna, Austria.