Neutral reactors on shunt compensated EHV lines

This paper examines the applications of a neutral reactor in limiting resonance overvoltages induced on deenergized conductors due to parallel energized circuits and stuck breaker conditions. These applications are demonstrated through the planned 243 mile long Mead-Phoenix 500 kV line running on th...

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Bibliographic Details
Published inIEEE Transmission and Distribution Conference, 1994 pp. 121 - 128
Main Authors Atmuri, S.R., Thallam, R.S., Gerlach, D.W., Lundquist, T.G., Selin, D.A.
Format Conference Proceeding
LanguageEnglish
Published IEEE 1994
Subjects
Capacitance
Conductors
Inductors
Resonance
Rivers
RLC circuits
Shunt (electrical)
Surges
Transmission lines
Voltage
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ISBN9780780318830
0780318838
DOI10.1109/TDC.1994.328443

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Summary:This paper examines the applications of a neutral reactor in limiting resonance overvoltages induced on deenergized conductors due to parallel energized circuits and stuck breaker conditions. These applications are demonstrated through the planned 243 mile long Mead-Phoenix 500 kV line running on the same right of way as the existing Mead-Liberty 345 kV line. Reducing the secondary arc current during single pole reclosing is also examined. In addition to its applications, a procedure for sizing, rating and protection of the neutral reactor is explained.< >
ISBN:9780780318830
0780318838
DOI:10.1109/TDC.1994.328443