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2002•Unpublished venueRequires access

Development of 60 MVA SVC (static VAr compensator) using large capacity 8 kV and 3 kA thyristors

T. Hasegawa, Yoshinobu Aoshima, Takuma Sato, Osamu Kondo, T. Matsukawa

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Abstract

A static VAr compensator (SVC) of 154 kV and 60 MVA ratings was developed with the largest capacity thyristors of 8 kV and 3.5 kA in the world. The SVC was commissioned by the Kansai Electric Power Company in 1996 and has shown good performance. This paper presents the following items: system design of the SVC (hardware and software); field test results; and the effects of SVC application.

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What this paper is about

A static VAr compensator (SVC) of 154 kV and 60 MVA ratings was developed with the largest capacity thyristors of 8 kV and 3.5 kA in the world. The SVC was commissioned by the Kansai Electric Power Company in 1996 and has shown good performance. This paper presents the following items: system design of the SVC (hardware and software); field test results; and the effects of SVC application.

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Available abstract

A static VAr compensator (SVC) of 154 kV and 60 MVA ratings was developed with the largest capacity thyristors of 8 kV and 3.5 kA in the world. The SVC was commissioned by the Kansai Electric Power Company in 1996 and has shown good performance. This paper presents the following items: system design of the SVC (hardware and software); field test results; and the effects of SVC application.

Key concepts: Static VAR compensator, Thyristor, AC power, Electric power system, Electrical engineering, Computer science, Engineering, Voltage

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