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Digitalization Potentials in Supporting Offshore Wind Logistics
Citation Link: https://doi.org/10.15480/882.1809
Publikationstyp
Conference Paper
Date Issued
2018-09-13
Sprache
English
TORE-DOI
First published in
Number in series
26
Start Page
81
End Page
101
Contribution to Conference
Publisher Link
Publisher
epubli
Digitalization complementing offshore wind energy is a topic of interest for both researchers and practitioners. As part of a broader research on offshore wind logistics optimization, this paper focuses on how digitalization can be further developed to support logistics in the particular domain of offshore wind farm construction, as well as Operations and Maintenance (O&M). This paper analyzes five
major digitalization potentials: the use of unmanned systems, 3D printing, motion sensors, big data techniques and LiDAR usage. The term Industrial Digitalization Technologies (IDT) summarizes these potentials. This contribution provides an initial mixed method analysis on enhanced offshore wind efficiency. Initial frameworks based on in-depth literature analysis on the one hand and on experimental
break-even calculations on the other, are provided. This paper’s outcome shows that unmanned systems provide the by far largest cost-saving potential.
major digitalization potentials: the use of unmanned systems, 3D printing, motion sensors, big data techniques and LiDAR usage. The term Industrial Digitalization Technologies (IDT) summarizes these potentials. This contribution provides an initial mixed method analysis on enhanced offshore wind efficiency. Initial frameworks based on in-depth literature analysis on the one hand and on experimental
break-even calculations on the other, are provided. This paper’s outcome shows that unmanned systems provide the by far largest cost-saving potential.
Subjects
Digitalization
Offshore wind logistics
Optimization
LCOE
DDC Class
330: Wirtschaft
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