Improving logistics scheduling and operations to support offshore wind construction phase

The increasing construction of offshore wind farms and the expected improved profitability call for a better efficiency in offshore logistics. The purpose of this study is to propose scheduling and operations improvements for logistics to support offshore wind construction. The study conducts a lite...

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Main Author: Sylvain Chartron
Format: Article
Language:English
Published: BVL 2019-08-01
Series:Logistics Research
Subjects:
Online Access:https://www.bvl.de/lore/all-volumes--issues/volume-12/issue-1/improving-logistics-scheduling-and-operations-to-support-offshore-wind-construction-phase
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spelling doaj-49f8eadc49a74454852804df891f56312020-11-25T01:56:33ZengBVLLogistics Research1865-035X1865-03682019-08-0112810.23773/2019_8Improving logistics scheduling and operations to support offshore wind construction phaseSylvain ChartronThe increasing construction of offshore wind farms and the expected improved profitability call for a better efficiency in offshore logistics. The purpose of this study is to propose scheduling and operations improvements for logistics to support offshore wind construction. The study conducts a literature review of scientific studies on the offshore wind logistics. Based on this review, a definition of offshore wind logistics during construction phase is proposed. It can be seen that only a few studies have focused on offshore wind logistics(except installation vessel) during wind turbine construction phase. To help closing this gap, a model is proposed to evaluate and select offshore logistics spread in order to support construction phase. Results on simulations show that logistics spread efficiency varies depending on the season, distance to shore and geographical location. Adaptation and combination of logistics concepts may be necessary to achieve best cost efficiency. The results are important as a basis for further empirical studies in this area. At the end, we propose research areas for operational improvements.https://www.bvl.de/lore/all-volumes--issues/volume-12/issue-1/improving-logistics-scheduling-and-operations-to-support-offshore-wind-construction-phaseoffshore wind constructionoffshore logisticsefficiencycost optimizationcost optimization model
collection DOAJ
language English
format Article
sources DOAJ
author Sylvain Chartron
spellingShingle Sylvain Chartron
Improving logistics scheduling and operations to support offshore wind construction phase
Logistics Research
offshore wind construction
offshore logistics
efficiency
cost optimization
cost optimization model
author_facet Sylvain Chartron
author_sort Sylvain Chartron
title Improving logistics scheduling and operations to support offshore wind construction phase
title_short Improving logistics scheduling and operations to support offshore wind construction phase
title_full Improving logistics scheduling and operations to support offshore wind construction phase
title_fullStr Improving logistics scheduling and operations to support offshore wind construction phase
title_full_unstemmed Improving logistics scheduling and operations to support offshore wind construction phase
title_sort improving logistics scheduling and operations to support offshore wind construction phase
publisher BVL
series Logistics Research
issn 1865-035X
1865-0368
publishDate 2019-08-01
description The increasing construction of offshore wind farms and the expected improved profitability call for a better efficiency in offshore logistics. The purpose of this study is to propose scheduling and operations improvements for logistics to support offshore wind construction. The study conducts a literature review of scientific studies on the offshore wind logistics. Based on this review, a definition of offshore wind logistics during construction phase is proposed. It can be seen that only a few studies have focused on offshore wind logistics(except installation vessel) during wind turbine construction phase. To help closing this gap, a model is proposed to evaluate and select offshore logistics spread in order to support construction phase. Results on simulations show that logistics spread efficiency varies depending on the season, distance to shore and geographical location. Adaptation and combination of logistics concepts may be necessary to achieve best cost efficiency. The results are important as a basis for further empirical studies in this area. At the end, we propose research areas for operational improvements.
topic offshore wind construction
offshore logistics
efficiency
cost optimization
cost optimization model
url https://www.bvl.de/lore/all-volumes--issues/volume-12/issue-1/improving-logistics-scheduling-and-operations-to-support-offshore-wind-construction-phase
work_keys_str_mv AT sylvainchartron improvinglogisticsschedulingandoperationstosupportoffshorewindconstructionphase
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