2015-2(15)

Operation of nuclear industry facilities

Article NameAbout Improving the Efficiency and Safety of NPP Thermal and Mechanical Equipment
AuthorsV.A. Dunaev, N.A. Lonshakov, V.A. Gorbunov
Address

Ivanovo State Power Engineering University,
34 Rabfakovskaya St., Ivanovo, Ivanovo region, Russia 153003
e-mail: office@ispu.ru

AbstractThis article discusses the problem of finding ways to improve the operational efficiency and safety of thermal and mechanical equipment on the basis of the analysis of modes of NPP equipment and determination of technically based rate of use energy. For analyze and improve the performance and safety of the equipment A technology based on neural network modeling is considered for analyze and improve the performance and safety of the equipment. The possibility of the using the technology as an example of one of the turbine drive feed water pumps Kalinin NPP power unit № 2.
Keywordsturbine drive feed water pump, efficiency, safety, analysis, reliability, neural network technology, operation of power generating unit, operating parameters, rate of heat energy using
LanguageRussian
References

[1] Xaage Monika. Yadernaya bezopasnost i kultura bezopasnocti [Nuclear safety and culture of safety] : doclad [report]. MAGATE [IAEA]. Pub.  ATOMEKSPO [ATOMEKSPO], 2015. (in English)

[2] Strategicheskie celi i celi v oblasti energoeffektivnosti na srednesrochnuyu perspektivu [Strategic objectives and the purposes in energy efficiency area on medium-term prospect:]. Prilozhenie №2 k prikazu OAO «Koncern Rose'nergoatom» ot 15.11.2013 №9/1055-P [appendix № 2 to the order of JSC Rosenergoatom Concern of 15.11.2013] (in Russian)

[3] Gorbunov V.A. Ispolzovanie nejrosetevyh texnologij dlya povysheniya energeticheskoj effektivnosti teplotexnologicheskix ustanovok [Use of neural network technologies for increase of power efficiency of heattechnological installations]. Ivanovo. Pub. Ivanovskij gosudarstvennyj energeticheskix universitet im. V.I. Lenina [The Ivanovo state power university of V. I. Lenin], 2011, ISBN 978-5-89482-793-3, 475 p. (in Russian)

[4] Prilozhenie №15 k dokumentu SENM «Metodika energeticheskogo analiza», utverzhdennomu prikazom OAO «Koncern Rosenergoatom» ot 30.01.2014 №9/83-P [The appendix № 15 to the document SENM "Technique of the Power Analysis" approved by the order of JSC Rosenergoatom Concern of 30.01.2014 No. 9/83-P] (in Russian)

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