Thermal-FSI modeling of steam turbine accelerated start-up by means of cooling steam injection control
Abstract
This paper presents the results of analysis of steam turbine start-up using Thermal-FSI (Thermal-Fluid-Structure-Interaction). Reference and acceleration start simulations were carried out. Attention focused on a steam unit as they account for most electricity generation in Poland. Accelerated start-up is of interest as a possible method for reducing the adverse impact of renewable energy by controlling the injection of cooling steam, set against the backdrop of increasing RES and their negative impact on the operation of steam units. The work is the result of research into the possibility of accelerating the start-up of a steam turbine.References
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J., S lawinski, D., and Bryk, M. (2017) Problem elasty-
cznosci blokow cieplnych w warunkach dynamicznego
rozwoju OZE. Acta Energetica, 2.
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tyczne bloki weglowe: praca podstawowa czy elasty-
czna?. Nowa Energia, 62 (2).
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turbozespo low cieplnych, Wydawnictwo Politechniki
Gdanskiej.
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of the steam turbine by means of controlled cooling
steam injection. Energy, 173, 1242{1255.
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energetycznych du_zej mocy. Mo_zliwosc jej zwiek-
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T., Bryk, M., Zio lkowski, P.J., Stajnke, M., and
Zio lkowski, P. (2016) Pozaprojektowe ograniczenia
majace na celu utrzymanie dyspozycyjnosci turbiny
parowej du_zej mocy. Energetyka, 652{654.
8.Kowalczyk, T., Badur, J., and Bryk, M. (2019)
Energy and exergy analysis of hydrogen production
combined with electric energy generation in a nuclear
cogeneration cycle. Energy Conversion and Manage-
ment, 198, 111805.
9.Kosman, G., Rusin, A., Taler, J., and Pawlik,
M. (2010) Zagadnienia projektowania i eksploatacji
kot low i turbin do nadkrytycznych blokow weglowych,
Wydawnictwo Politechniki Slaskiej.
10.Kosman, W. (2011) Optimization of start-up con-
ditions to reduce thermal loads in cooled components
of a supercritical steam turbine. Journal of Power
Technologies, 91, 47{53.
11.Kosman, W. (2013) Analiza obcia_zen cieplnych
podczas rozruchu nadkrytycznych turbin parowych
z ch lodzeniem zewnetrznym. Archiwum Energetyki,
XLIII (1-2), 147{155.
12.Badur, J., Bryk, M., Zio lkowski, P., S lawinski,
D., Zio lkowski, P.J., Kornet, S., and Stajnke, M.
(2017) On a comparison of Huber-Mises-Hencky with
Burzynski-Pecherski equivalent stresses for glass body
during nonstationary thermal load. AIP Conference
Proceedings, 1822.
13.Bryk, M., Kowalczyk, T., Zio lkowski, P., and
Badur, J. (2019) The thermal eort during marine
steam turbine
ooding with water. AIP Conference
Proceedings, 2077.
14.Badur, J., Zio lkowski, P., Kornet, S., Banas, K.,
Kowalczyk, T., Bryk, M., Stajnke, M., and Zio lkowski,
P.J. (2017) The eort of the steam turbine caused
by a
ood wave load. AIP Conference Proceedings,
1822.
15.Badur, J., and Bryk, M. (2017) Analysis of un-
steady boiling during high-temperature body dipping
in water. IFFM Transactions, 138, 75{88.
16.Badur, J. (2005) Five lecture of contempo-
rary
uid termomechanics, Wydawnictwo Instytutu
Maszyn Przep lywowych.
J., S lawinski, D., and Bryk, M. (2017) Problem elasty-
cznosci blokow cieplnych w warunkach dynamicznego
rozwoju OZE. Acta Energetica, 2.
2.Badur, J., and Bryk, M. (2018) Krajowe nadkry-
tyczne bloki weglowe: praca podstawowa czy elasty-
czna?. Nowa Energia, 62 (2).
3.Domachowski, Z. (2011) Regulacja automatyczna
turbozespo low cieplnych, Wydawnictwo Politechniki
Gdanskiej.
4.Badur, J., and Bryk, M. (2019) Accelerated start-up
of the steam turbine by means of controlled cooling
steam injection. Energy, 173, 1242{1255.
5.Chmielniak, T. (2015) Elastycznosc cieplna blokow
energetycznych du_zej mocy. Mo_zliwosc jej zwiek-
szenia. III Konferencja Techniczna RBnPN.
6.Kruczek, S. (2011) Kot ly. Konstrukcje i obliczenia.,
Ocyna Wydawnicza Politechniki Wroc lawskiej.
7.Badur, J., S lawinski, D., Kornet, S., Kowalczyk,
T., Bryk, M., Zio lkowski, P.J., Stajnke, M., and
Zio lkowski, P. (2016) Pozaprojektowe ograniczenia
majace na celu utrzymanie dyspozycyjnosci turbiny
parowej du_zej mocy. Energetyka, 652{654.
8.Kowalczyk, T., Badur, J., and Bryk, M. (2019)
Energy and exergy analysis of hydrogen production
combined with electric energy generation in a nuclear
cogeneration cycle. Energy Conversion and Manage-
ment, 198, 111805.
9.Kosman, G., Rusin, A., Taler, J., and Pawlik,
M. (2010) Zagadnienia projektowania i eksploatacji
kot low i turbin do nadkrytycznych blokow weglowych,
Wydawnictwo Politechniki Slaskiej.
10.Kosman, W. (2011) Optimization of start-up con-
ditions to reduce thermal loads in cooled components
of a supercritical steam turbine. Journal of Power
Technologies, 91, 47{53.
11.Kosman, W. (2013) Analiza obcia_zen cieplnych
podczas rozruchu nadkrytycznych turbin parowych
z ch lodzeniem zewnetrznym. Archiwum Energetyki,
XLIII (1-2), 147{155.
12.Badur, J., Bryk, M., Zio lkowski, P., S lawinski,
D., Zio lkowski, P.J., Kornet, S., and Stajnke, M.
(2017) On a comparison of Huber-Mises-Hencky with
Burzynski-Pecherski equivalent stresses for glass body
during nonstationary thermal load. AIP Conference
Proceedings, 1822.
13.Bryk, M., Kowalczyk, T., Zio lkowski, P., and
Badur, J. (2019) The thermal eort during marine
steam turbine
ooding with water. AIP Conference
Proceedings, 2077.
14.Badur, J., Zio lkowski, P., Kornet, S., Banas, K.,
Kowalczyk, T., Bryk, M., Stajnke, M., and Zio lkowski,
P.J. (2017) The eort of the steam turbine caused
by a
ood wave load. AIP Conference Proceedings,
1822.
15.Badur, J., and Bryk, M. (2017) Analysis of un-
steady boiling during high-temperature body dipping
in water. IFFM Transactions, 138, 75{88.
16.Badur, J. (2005) Five lecture of contempo-
rary
uid termomechanics, Wydawnictwo Instytutu
Maszyn Przep lywowych.
Published
2020-05-02
How to Cite
BADUR, Janusz; BRYK, Mateusz.
Thermal-FSI modeling of steam turbine accelerated start-up by means of cooling steam injection control.
Journal of Power Technologies, [S.l.], v. 100, n. 2, p. 115-119, may 2020.
ISSN 2083-4195.
Available at: <https://papers.itc.pw.edu.pl/index.php/JPT/article/view/1411>. Date accessed: 03 dec. 2024.
Issue
Section
Power Plant
Keywords
Thermal-FSI; unit elasticity; steam turbine; start-up
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