DocumentCode
10669
Title
Oilfield Electric Power Distribution
Author
Durham, Robert A. ; Brinner, Thomas R.
Author_Institution
THEWAY Labs., Bixby, OK, USA
Volume
51
Issue
4
fYear
2015
fDate
July-Aug. 2015
Firstpage
3532
Lastpage
3547
Abstract
The uniqueness of power system designs for oilfield distribution is seldom acknowledged or addressed. Utilities provide construction typical of either commercial or rural applications. Oilfields commonly have large concentrated loads separated by thousands of feet. To minimize line losses, medium-voltage power is distributed and stepped down at the point of use. In addition to common load flow analysis and protection coordination, transformers, surge arresters, and grounding connections are important considerations for reliable production operations. Recloser settings typical for residential distribution cause major damage to submersible pumps. In remote areas where long neutral wires are necessary, solidly grounded power contributes to equipment failure but is nevertheless necessary for safety in surface equipment. The corner-grounded delta connection eliminates the neutral wire and is often used by rural utilities, despite its dangers. High-voltage three-wire construction can cause ferroresonance. Grounding influences the effectiveness of lightning and switching surge protection.
Keywords
arresters; earthing; failure analysis; lightning protection; load flow; power distribution lines; power distribution protection; power distribution reliability; transformer protection; wires (electric); corner-grounded delta connection; equipment failure; lightning protection; line loss minimization; load flow analysis; medium-voltage power distribution; neutral wire; oilfield electric power distribution; power system design; residential distribution reliability; surface equipment safety; surge arrester; switching surge protection; transformer protection; Conductors; Grounding; Oil insulation; Surge protection; Windings; Wires; Dirty power; ESP; Power quality; SPD; TVSS; dirty power; electric submersible pumps; electric submersible pumps (ESPs); ground fault current; grounding; power quality; reactive power compensation; surge arresters; surge protection devices; surge protection devices (SPDs); transient voltage surge suppressors; transient voltage surge suppressors (TVSSs); ungrounded power; voltage impulses; voltage sag; voltage sag, voltage swell; voltage swell; wellhead grounding;
fLanguage
English
Journal_Title
Industry Applications, IEEE Transactions on
Publisher
ieee
ISSN
0093-9994
Type
jour
DOI
10.1109/TIA.2015.2388858
Filename
7005442
Link To Document