DOI: https://doi.org/10.20998/2078-774X.2017.10.01

Analysis of the Opportunity for an Increase in the Thermal Power of Power Generating Units of Nuclear Power Plants (Part 1)

Olga Yuriivna Chernousenko, Tetiana Volodymyrivna Nikulenkova, Anatolii Hennadiiovych Nikulenkov

Анотація


For Ukraine the realization of available reserves to increase the power of operating power units of nuclear plants is a vital problem the solution of which would allow us to increase electric power output. A special role is also played by economic priorities; in particular an increase in power by 1 kW is ten times cheaper in comparison with the construction of 1 kW of new power facilities. One more factor is the world experience in the field of an increase in the thermal power of operating power units of nuclear power plants. Based on the specified urgency this scientific paper analyzes the international experience gained in the field of an increase in the thermal power of the power units for nuclear power plants and describes the main mechanisms and instrumentation required for the realization of the given modification of nuclear power units in Ukraine. The reserves embedded into the project to enable an increase in the thermal power of power units were represented graphically. Recommendations on the scope of appropriate measures to be taken and substantiations required for the implementation of the appropriate level of an increase in the thermal power of Ukrainian power units with water-moderated water-cooled power reactors VVER-1000 and VVER-440 have been given.

Повний текст:

PDF

Посилання


Khrustalev, V. A. (1988), "Povyshenie moshchnosti energoblokov AES s PWR v SShA [Power UprateofNPPswithPWRreactorsin the USA]", Atomnaya tekhnika za rubezhom [Nuclear technology abroad], No. 5, pp. 10–14.

(2015), KTR.1.0023.3468. "Kontseptual'noe tekhnicheskogo reshenie o povyshenii teplovoi moshchnostireaktorovdeistvuyushchikh energoblokov №1, 2 OP YuUAES do 3045 MVt [Conceptual design for thermalpoweruprateofreactorsatoperating SUNPP units № 1, 2 up to 3045 MW]", No. КТР.1.0023.3468, Kiev, Ukraine.

(2005), NP 306.2.106-2005. Vimogi do provedennya modifіkatsіi yadernikh ustanovok ta poryadku otsіnki yikh bezpeki[Requirements to modifications of nuclear facilities and procedure for their safety assessment], Kiev, Ukraine.

Shutikov, A. V. and Khrustalev, V. A. (2006), "Obosnovanie sposobov i effektivnosti povysheniya moshchnostienergoblokovAES s VVER vyshe nominal'nogo urovnya [Justification of power uprate approaches above theratedpower andtheirefficiencyforNPPs with VVER reactors]", Vestnik SGTU [Bulletin of the CSTU], No. 4(20), pp. 32–39.

Peshko, V., Chernousenko, O., Nikulenkova, T. and Nikulenkov, A. (2016), "Comprehensive Rotor Service Life Study for High&Intermediate Pressure Cylinders of High Power Steam Turbines", Propulsion and Power Research, London, 2016, No. 5(4),pp.302–309.


Пристатейна бібліографія ГОСТ


1 Хрусталев, В. А. Повышение мощности энергоблоков АЭС с PWR в США / В. А.Хрусталев//Атомнаятехниказарубежом. – 1988. – № 5. – C. 10–14.
2 КТР.1.0023.3468. Концептуальное технического решение о повышении тепловой мощности реакторовдействующихэнергоблоков № 1, 2 ОП ЮУАЭС до 3045 МВт». – Киев, 2015. – № КТР.1.0023.3468. – 7 с.
3 НП 306.2.106-2005. Вимоги до проведення модифікацій ядерних установок та порядку оцінки їх безпеки. – Київ,2005.
4 Шутиков, А. В. Обоснование способов и эффективности повышения мощности энергоблоков АЭС с ВВЭРвышеноминального уровня / А. В. Шутиков, В. А. Хрусталев // Вестник СГТУ. – 2006. – № 4(20). – С. 32–39.
5 Comprehensive Rotor Service Life Study for High & Intermediate Pressure Cylinders of High Power Steam Turbines /V.Peshko, O. Chernousenko, T. Nikulenkova, A. Nikulenkov // Propulsion and Power Research. – London, 2016. – 5(4):302–309(http://dx.doi.org/10.1016/j.jppr.2016.11.008).