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Анотація
This article is regarded to the search for the best power control program at nuclear power plant (NPP) with VVER- 1000 by gradient descent method for the objective function, which includes the criteria of efficiency, safety and damage. Criteria normalization to the maximum value is carried out when looking for the minimum of the objective function because criteria have different physical nature. There were chosen such objective criteria as depth of fuel burn-up, index of the fuel cladding damage and axial offset - the ratio of the energy at the top and bottom of the reactor core.
Ключові слова:
Power control program, the gradient method, the objective optimization function.
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Як цитувати
Pelykh, S., Odrehovska, E., & Maksymova, O. (2017). SEARCH FOR THE BEST POWER CONTROL PROGRAM AT NPP WITH VVER-1000 USING GRADIENT DESCENT METHOD. Automation of Technological and Business Processes, 8(3). https://doi.org/10.15673/atbp.v8i3.567
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Розділ
ПИТАННЯ ТЕОРІЇ, МЕТОДИ ТА АЛГОРИТМИ ЕФЕКТИВНОГО АВТОМАТИЧНОГО УПРАВЛІННЯ ОБ’ЄКТАМИ ХІМІКО-ТЕХНОЛОГІЧНОГО ТИПУ
Посилання
References
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peremennom rezhime / S.N. Pelykh. V.E. Baskakov. T.A. Tsiselskaya // Tr. Odes. politekhn. un-ta.– 2009. – Vyp. 2. – S.
53 – 58.
[2] Pelykh. S.N. Analiz ustoychivosti aktivnoy zony VVER-1000 pri razlichnykh programmakh regulirovaniya energobloka /
S.N. Pelykh. A.A. Nazarenko. T.A. Tsiselskaya // Tr. Odes. politekhn. un-ta.– 2011. – Vyp. 2(36).– S. 109–114.
[3] Patent Ukrainy № 59039 na poleznuyu model "Sposob upravleniya yadernoy energeticheskoy ustanovkoy s reaktorom
vodyanogo tipa pri izmenenii moshchnosti reaktora ili vneshney nagruzki" / M.V. Maksimov. V.E. Baskakov. T.A.
Tsiselskaya. S.N. Pelykh // Ofitsialnyy byulleten "Promislova vlasnіst" №8. opublikovan 26.04.2011 g.
[4] Todortsev. Yu.K. Cposob stabilizatsii aksialnogo raspredeleniya neytronnogo polya pri manevrirovanii moshchnostyu
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[5] Slipchenko N.I. Optimizatsiya parametrov kremnievyih monokristallicheskih fotopreobrazovateley metodom
gradientnogo spuska / N.I. Slipchenko, V.A. Pismenetskiy, A.V. Frolov, V.L. Lukyanenko // Vostochno-Evropeyskiy
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[6] Golichev I.I. Modifitsirovannyiy gradientnyiy metod naiskoreyshego spuska resheniya linearizovannoy zadachi dlya
nestatsionarnyih uravneniy Nave-Stoksa / I.I. Golichev // Ufimskiy matematicheskiy zhurnal. – 2013. – Vyip. № 4 / tom
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[7] Salihov V.I. Issledovanie metodov optimizatsii protsessa tehnicheskogo osnascheniya predpriyatiy agropromyishlennogo
kompleksa / V.I. Salihov, S.A. Vrazhevskiy // Izvestiya vyisshih uchebnyih zavedeniy. Priborostroenie. – 2015. – Vyip.
№ 9 / tom 58. – S. 770-778.
[8] Maksimov. M.V. A model of a power unit with VVER-1000 as an object of power control / M.V. Maksimov. K.V.
Beglov. T.A. Tsiselskaya // Tr. Odes. politekhn. un-ta.– 2012. – Vyp. 1(38). – S. 99 – 105.
[9] Pelykh, S.N. A method for minimization of cladding failure parameter accumulation probability in VVER fuel elements /
S.N. Pelykh, M.V. Maksimov, M.V. Nikolsky // Problems of Atomic Science and Technology. Ser. Physics of Radiation
Effect and Radiation Materials Science. – 2014. – Iss. 4. – P. 108–116.
[10]Pelykh, S.N. The prediction problems of VVER fuel element cladding failure theory / S.N. Pelykh, M.V. Maksimov, S.D.
Ryabchikov // Nuclear Engineering and Design. – 2016. –Vol. 302, Part A, (June). – P. 46–55.
[11]Maksimov M.V. Sposob upravleniya reaktornoy ustanovkoy s VVER-1000 v manevrennom rezhime / M.V. Maksimov.
T.A. Tsiselskaya. E.A. Kokol // Problemy upravleniya i informatiki: mezhdunar. nauch.-tekhn. zhurn.–2015. – № 3. – S.
59 – 75.
[1] Pelykh. S.N. Kompleksnyy kriteriy effektivnosti algoritma manevrirovaniya moshchnostyu RU s VVER–1000 v
peremennom rezhime / S.N. Pelykh. V.E. Baskakov. T.A. Tsiselskaya // Tr. Odes. politekhn. un-ta.– 2009. – Vyp. 2. – S.
53 – 58.
[2] Pelykh. S.N. Analiz ustoychivosti aktivnoy zony VVER-1000 pri razlichnykh programmakh regulirovaniya energobloka /
S.N. Pelykh. A.A. Nazarenko. T.A. Tsiselskaya // Tr. Odes. politekhn. un-ta.– 2011. – Vyp. 2(36).– S. 109–114.
[3] Patent Ukrainy № 59039 na poleznuyu model "Sposob upravleniya yadernoy energeticheskoy ustanovkoy s reaktorom
vodyanogo tipa pri izmenenii moshchnosti reaktora ili vneshney nagruzki" / M.V. Maksimov. V.E. Baskakov. T.A.
Tsiselskaya. S.N. Pelykh // Ofitsialnyy byulleten "Promislova vlasnіst" №8. opublikovan 26.04.2011 g.
[4] Todortsev. Yu.K. Cposob stabilizatsii aksialnogo raspredeleniya neytronnogo polya pri manevrirovanii moshchnostyu
VVER-1000 / Yu.K. Todortsev. T.A. Tsiselskaya. M.V. Nikolskiy // Yadernaya i radiatsionnaya bezopasnost. – 2013. –
№ 4. – S. 20–25.
[5] Slipchenko N.I. Optimizatsiya parametrov kremnievyih monokristallicheskih fotopreobrazovateley metodom
gradientnogo spuska / N.I. Slipchenko, V.A. Pismenetskiy, A.V. Frolov, V.L. Lukyanenko // Vostochno-Evropeyskiy
zhurnal peredovyih tehnologiy. – 2010. – Vyip. № 7 (45) / Тom 3. – P. 41–45.
[6] Golichev I.I. Modifitsirovannyiy gradientnyiy metod naiskoreyshego spuska resheniya linearizovannoy zadachi dlya
nestatsionarnyih uravneniy Nave-Stoksa / I.I. Golichev // Ufimskiy matematicheskiy zhurnal. – 2013. – Vyip. № 4 / tom
5. – S. 60-76.
[7] Salihov V.I. Issledovanie metodov optimizatsii protsessa tehnicheskogo osnascheniya predpriyatiy agropromyishlennogo
kompleksa / V.I. Salihov, S.A. Vrazhevskiy // Izvestiya vyisshih uchebnyih zavedeniy. Priborostroenie. – 2015. – Vyip.
№ 9 / tom 58. – S. 770-778.
[8] Maksimov. M.V. A model of a power unit with VVER-1000 as an object of power control / M.V. Maksimov. K.V.
Beglov. T.A. Tsiselskaya // Tr. Odes. politekhn. un-ta.– 2012. – Vyp. 1(38). – S. 99 – 105.
[9] Pelykh, S.N. A method for minimization of cladding failure parameter accumulation probability in VVER fuel elements /
S.N. Pelykh, M.V. Maksimov, M.V. Nikolsky // Problems of Atomic Science and Technology. Ser. Physics of Radiation
Effect and Radiation Materials Science. – 2014. – Iss. 4. – P. 108–116.
[10]Pelykh, S.N. The prediction problems of VVER fuel element cladding failure theory / S.N. Pelykh, M.V. Maksimov, S.D.
Ryabchikov // Nuclear Engineering and Design. – 2016. –Vol. 302, Part A, (June). – P. 46–55.
[11]Maksimov M.V. Sposob upravleniya reaktornoy ustanovkoy s VVER-1000 v manevrennom rezhime / M.V. Maksimov.
T.A. Tsiselskaya. E.A. Kokol // Problemy upravleniya i informatiki: mezhdunar. nauch.-tekhn. zhurn.–2015. – № 3. – S.
59 – 75.