DocumentCode
1488379
Title
Electronic Frequency Converter Feeding Single-Phase Circuit and Controlling Feeder Voltage With Fixed Power Factor Method for Shinkansen
Author
Kunomura, Ken ; Onishi, Mitsuru ; Kai, Masahiko ; Iio, Naotaka ; Otsuki, Midori ; Tsuruma, Yoshinori ; Nakajima, Naoya
Author_Institution
Central Japan Railway Co., Tokyo, Japan
Volume
27
Issue
9
fYear
2012
Firstpage
3888
Lastpage
3896
Abstract
In the Tokaido Shinkansen, the instantaneous feeding power of substations has increased because of the high-density train schedule and the improved acceleration performance of the rolling stock. If the load power of feeding substations increases any further, it will not be possible to maintain the feeder voltage when the power converter supplies only reactive power. In consideration of such a situation in the frequency conversion section, an electronic frequency converter that controls the ac voltage using a fixed power factor method was developed. The superiority of the proposed control method is confirmed with electromagnetic transient program calculations and field test results. The electronic frequency converter has been in operation since February 2009 with good performance, showing the success of the system development described in this paper.
Keywords
frequency convertors; locomotives; power convertors; power factor; reactive power; scheduling; substations; voltage control; Tokaido Shinkansen; ac voltage controls; acceleration performance; electromagnetic transient program calculations; electronic frequency converter feeding single-phase circuit; feeder voltage; feeder voltage controlling; feeding substations load power; fixed power factor method; frequency conversion section; high-density train schedule; power converter; reactive power; rolling stock; substations instantaneous feeding power; system development; Frequency conversion; Power generation; Power system stability; Reactive power; Substations; Voltage control; AC voltage control; Tokaido Shinkansen; electronic frequency converter; fixed power factor output; frequency conversion;
fLanguage
English
Journal_Title
Power Electronics, IEEE Transactions on
Publisher
ieee
ISSN
0885-8993
Type
jour
DOI
10.1109/TPEL.2012.2190302
Filename
6179546
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