DocumentCode
1519714
Title
Integrated Power System Design for Offshore Energy Vessels and Deepwater Drilling Rigs
Author
Craig, C. ; Islam, Mohammad
Author_Institution
Ensco plc, Dallas, TX, USA
Volume
48
Issue
4
fYear
2012
Firstpage
1251
Lastpage
1257
Abstract
As exploration for new offshore oil and gas fields pushes into ever deeper water, upstream assets require ever more power for marine operations and commercial activities related to exploration, development, completions, and production. This paper will briefly introduce the different activities and conditions required for the energy assets, some of the current designs, and respective typical power plant characteristics. Comparisons will be also discussed with how drilling power plants are similar and different in design to other power plants such as production platforms and integrated electric military and commercial vessels. To successfully design the next-generation offshore energy vessels, electrical engineers will be required to leverage best practices and technology across all marine-integrated markets. An in-depth understanding of the operational mission of the vessel and the equipment required is absolutely necessary to ensure optimization of the plant and efficient distribution.
Keywords
marine power systems; offshore installations; oil drilling; optimisation; power generation economics; power markets; power plants; deepwater drilling rig; drilling power plant characteristic; electrical engineer; energy asset; integrated commercial vessel; integrated electric military vessel; integrated power system design; marine operation; marine-integrated market; next-generation offshore energy vessel; offshore oil; plant optimization; Appraisal; Control systems; Power systems; Production; Propulsion; Redundancy; System analysis and design; Dynamic positioning (DP); IEEE 45; MODU rules; integrated power systems; offshore drilling; offshore oil and gas;
fLanguage
English
Journal_Title
Industry Applications, IEEE Transactions on
Publisher
ieee
ISSN
0093-9994
Type
jour
DOI
10.1109/TIA.2012.2200091
Filename
6202684
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