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Asynchronous nonsalient-pole compensators with total air $ cooling^{1} $

Pinchuk, N. D. / Antonyuk, O. V. / Kadi-Ogly, I. A. / Sidel’nikov, A. V. / Iogansen, V. I. / Dubrovin, Yu. N. / Kartashova, T. N. / Kiilo, O. L.

The fundamental parameters and construction of asynchronous compensators, soon to be produced by the “Silovye Mashiny” — “Élektrosila” Joint Stock Company in 2008, are considered. The compensator has a massive nonsalient-pole rotor with two excitation windings, shifted by 90° (in electrical angles), supplied from controlled reversible power sources. The compensators provide delivery-consumption of reactive power in the ±100 Mvar range with the possibility of short-term double forcing of the power output and improved dynamic characteristics compared with synchronous compensators.

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Asynchronous nonsalient-pole compensators with total air $ cooling^{1} $

Pinchuk, N. D. / Antonyuk, O. V. / Kadi-Ogly, I. A. / Sidel’nikov, A. V. / Iogansen, V. I. / Dubrovin, Yu. N. / Kartashova, T. N. / Kiilo, O. L.

The fundamental parameters and construction of asynchronous compensators, soon to be produced by the “Silovye Mashiny” — “Élektrosila” Joint Stock Company in 2008, are considered. The compensator has a massive nonsalient-pole rotor with two excitation windings, shifted by 90° (in electrical angles), supplied from controlled reversible power sources. The compensators provide delivery-consumption of reactive power in the ±100 Mvar range with the possibility of short-term double forcing of the power output and improved dynamic characteristics compared with synchronous compensators.

Asynchronous nonsalient-pole compensators with total air $ cooling^{1} $

Pinchuk, N. D. / Antonyuk, O. V. / Kadi-Ogly, I. A. / Sidel’nikov, A. V. / Iogansen, V. I. / Dubrovin, Yu. N. / Kartashova, T. N. / Kiilo, O. L.

The fundamental parameters and construction of asynchronous compensators, soon to be produced by the “Silovye Mashiny” — “Élektrosila” Joint Stock Company in 2008, are considered. The compensator has a massive nonsalient-pole rotor with two excitation windings, shifted by 90° (in electrical angles), supplied from controlled reversible power sources. The compensators provide delivery-consumption of reactive power in the ±100 Mvar range with the possibility of short-term double forcing of the power output and improved dynamic characteristics compared with synchronous compensators.

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Title:

Asynchronous nonsalient-pole compensators with total air $ cooling^{1} $

Contributors:

Pinchuk, N. D. (author) / Antonyuk, O. V. (author) / Kadi-Ogly, I. A. (author) / Sidel’nikov, A. V. (author) / Iogansen, V. I. (author) / Dubrovin, Yu. N. (author) / Kartashova, T. N. (author) / Kiilo, O. L. (author)

Published in:

Power Technology and Engineering ; 43

Publication date:

2009

ISSN:

DOI:

https://doi.org/10.1007/s10749-009-0067-6

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

air cooling , turbogenerator , electrical machine compensator , asynchronous control , construction , reactive power

Classification:

BKL: 56.30 Wasserbau / 56.30$jWasserbau

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