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Gravity flow — Siphon system of cooling components of turbine — generator units

Khovko, V. N. / Rubinson, L. G.

Conclusions 1. The introduction of the gravity flow — siphon cooling system of the components of units of hydroelectric stations will considerably reduce the consumption of electricity for own needs. 2. The use of the gravity flow — siphon system is possible when the coolers of the components of the unit are 6 m above the level of intake of water. 3. The process of assembling the gravity flow — siphon cooling system of the units can be completely automated.

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Gravity flow — Siphon system of cooling components of turbine — generator units

Khovko, V. N. / Rubinson, L. G.

Conclusions 1. The introduction of the gravity flow — siphon cooling system of the components of units of hydroelectric stations will considerably reduce the consumption of electricity for own needs. 2. The use of the gravity flow — siphon system is possible when the coolers of the components of the unit are 6 m above the level of intake of water. 3. The process of assembling the gravity flow — siphon cooling system of the units can be completely automated.

Gravity flow — Siphon system of cooling components of turbine — generator units

Khovko, V. N. / Rubinson, L. G.

Conclusions 1. The introduction of the gravity flow — siphon cooling system of the components of units of hydroelectric stations will considerably reduce the consumption of electricity for own needs. 2. The use of the gravity flow — siphon system is possible when the coolers of the components of the unit are 6 m above the level of intake of water. 3. The process of assembling the gravity flow — siphon cooling system of the units can be completely automated.

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Title:

Gravity flow — Siphon system of cooling components of turbine — generator units

Contributors:

Khovko, V. N. (author) / Rubinson, L. G. (author)

Published in:

Hydrotechnical Construction ; 19 ; 466-468

Publication date:

1985-09-01

Size:

3 pages

ISSN:

1570-1468 , 0018-8220

DOI:

https://doi.org/10.1007/BF01439459

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Energy Source , Power Generation , Cool System , Power Engineer , Renewable Energy Source Engineering , Energy Technology , Power Electronics, Electrical Machines and Networks , Renewable and Green Energy , Geoengineering, Foundations, Hydraulics

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