DocumentCode
2582716
Title
Feasible series compensation applications using Magnetic Energy Recovery Switch (MERS)
Author
Wiik, Jan A. ; Isobe, Takanori ; Takaku, Taku ; Wijaya, F. Danang ; Usuki, Kazuhiro ; Arai, Nobuyuki ; Shimada, Ryuichi
Author_Institution
Tokyo Inst. of Technol., Tokyo
fYear
2007
fDate
2-5 Sept. 2007
Firstpage
1
Lastpage
9
Abstract
Different series compensation applications by using the magnetic energy recovery switch are reviewed. The magnetic energy recovery switch is a variable series compensation device characterized by simple configuration and control as well as a large operating range. Three different applications areas are introduced; load control, generator power capability improvements and series compensation in transmission systems. Load control application seems promising for cases where control of the frequency is not a necessity, such as for fluorescent lamps. By using MERS in series with permanent magnet generators can the output power capability of the generator be increased. At the high power end, MERS is discussed for use as a series compensator in transmission systems, where the power flow can be controlled and increased. In summary, the paper suggests a wider use of series compensation in electrical systems.
Keywords
compensation; load flow control; machine control; magnetic switching; permanent magnet generators; static VAr compensators; MERS; electrical systems; generator power capability improvements; load control; magnetic energy recovery switch; permanent magnet generators; power flow control; series compensator; transmission systems; variable series compensation device; Fluorescent lamps; Frequency; Load flow; Load flow control; Magnetic devices; Magnetic switching; Magnetic variables control; Permanent magnets; Power generation; Switches; Converter circuit; Electronic ballast; FACTS; Generator excitation system; Power factor correction;
fLanguage
English
Publisher
ieee
Conference_Titel
Power Electronics and Applications, 2007 European Conference on
Conference_Location
Aalborg
Print_ISBN
978-92-75815-10-8
Electronic_ISBN
978-92-75815-10-8
Type
conf
DOI
10.1109/EPE.2007.4417467
Filename
4417467
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