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A platform for research: civil engineering, architecture and urbanism
Use of TCSR with Split Windings for Shortening the Spar Cycle Time in 500 kV Lines
The arc-fault recharge phenomenon in single-phase automatic reclosure (SPAR) of a line is examined. Abrief description is given of the design of a 500 kV thyristor controlled shunt reactor (TCSR) with split valve-side windings. This type of TCSR is shown to effectively quench a single-phase arc fault in a power transmission line and shortens the SPAR cycle time.
Use of TCSR with Split Windings for Shortening the Spar Cycle Time in 500 kV Lines
The arc-fault recharge phenomenon in single-phase automatic reclosure (SPAR) of a line is examined. Abrief description is given of the design of a 500 kV thyristor controlled shunt reactor (TCSR) with split valve-side windings. This type of TCSR is shown to effectively quench a single-phase arc fault in a power transmission line and shortens the SPAR cycle time.
Use of TCSR with Split Windings for Shortening the Spar Cycle Time in 500 kV Lines
Matinyan, A. M. (author) / Peshkov, M. V. (author) / Karpov, V. N. (author) / Alekseev, N. A. (author)
2017
Article (Journal)
Electronic Resource
English
BKL:
56.30
Wasserbau
/
56.30$jWasserbau
Use of TCSR with Split Windings for Shortening the Spar Cycle Time in 500 kV Lines
| Springer Verlag | 2017
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