DocumentCode
893934
Title
A Distributed Static Series Compensator System for Realizing Active Power Flow Control on Existing Power Lines
Author
Divan, Deepak M. ; Brumsickle, William E. ; Schneider, Robert S. ; Kranz, Bill ; Gascoigne, Randal W. ; Bradshaw, Dale T. ; Ingram, Michael R. ; Grant, Ian S.
Author_Institution
Soft Switching Technol., Middleton, WI
Volume
22
Issue
1
fYear
2007
Firstpage
642
Lastpage
649
Abstract
Flexible AC transmission systems (FACTS) devices can control power flow in the transmission system to improve asset utilization, relieve congestion, and limit loop flows. High costs and reliability concerns have restricted their use in these applications. The concept of distributed FACTS (D-FACTS) is introduced as a way to remove these barriers. A new device, the distributed static series compensator (DSSC), attaches directly to existing HV or EHV conductors and so does not require HV insulation. It can be manufactured at low cost from conventional industrial-grade components. The DSSC modules are distributed, a few per conductor mile, to achieve the desired power flow control functionality by effectively changing the line reactance. Experimental results from a prototype module are presented, along with examples of the benefits deriving from a system of DSSC devices
Keywords
conductors (electric); flexible AC transmission systems; load flow control; power cables; power transmission control; static VAr compensators; EHV conductors; active power flow control; distributed static series compensator; distributed static series compensator system; distributed-FACTS devices; flexible AC transmission systems; high voltage insulation; industrial-grade components; power lines; prototype module; Conductors; Control systems; Costs; Decision support systems; Flexible AC transmission systems; Insulation; Load flow; Load flow control; Manufacturing; Power system reliability; Distributed FACTS; flexible AC transmission systems (FACTS); interconnected power systems; power system economics; power system planning; power transmission congestion; power transmission control; power transmission lines;
fLanguage
English
Journal_Title
Power Delivery, IEEE Transactions on
Publisher
ieee
ISSN
0885-8977
Type
jour
DOI
10.1109/TPWRD.2006.887103
Filename
4039419
Link To Document